{
  "basis": "flavio",
  "eft": "WET-4",
  "sectors": {
    "sdsd": {
      "CVLL_sdsd": {
        "tex": "(\\bar d_L \\gamma^\\mu s_L)(\\bar d_L \\gamma_\\mu s_L)"
      },
      "CVRR_sdsd": {
        "tex": "(\\bar d_R \\gamma^\\mu s_R)(\\bar d_R \\gamma_\\mu s_R)"
      },
      "CSLL_sdsd": {
        "tex": "(\\bar d_R  s_L)(\\bar d_R  s_L)"
      },
      "CSRR_sdsd": {
        "tex": "(\\bar d_L s_R)(\\bar d_L  s_R)"
      },
      "CTLL_sdsd": {
        "tex": "(\\bar d_R \\sigma^{\\mu\\nu} s_L)(\\bar d_R \\sigma_{\\mu\\nu} s_L)"
      },
      "CTRR_sdsd": {
        "tex": "(\\bar d_L \\sigma^{\\mu\\nu} s_R)(\\bar d_L \\sigma_{\\mu\\nu} s_R)"
      },
      "CVLR_sdsd": {
        "tex": "(\\bar d_L \\gamma^\\mu s_L)(\\bar d_R \\gamma_\\mu s_R)"
      },
      "CSLR_sdsd": {
        "tex": "(\\bar d_R  s_L)(\\bar d_L  s_R)"
      }
    },
    "cucu": {
      "CVLL_ucuc": {
        "tex": "(\\bar c_L \\gamma^\\mu u_L)(\\bar c_L \\gamma_\\mu u_L)"
      },
      "CVRR_ucuc": {
        "tex": "(\\bar c_R \\gamma^\\mu u_R)(\\bar c_R \\gamma_\\mu u_R)"
      },
      "CSLL_ucuc": {
        "tex": "(\\bar c_R  u_L)(\\bar c_R  u_L)"
      },
      "CSRR_ucuc": {
        "tex": "(\\bar c_L u_R)(\\bar c_L  u_R)"
      },
      "CTLL_ucuc": {
        "tex": "(\\bar c_R \\sigma^{\\mu\\nu} u_L)(\\bar c_R \\sigma_{\\mu\\nu} u_L)"
      },
      "CTRR_ucuc": {
        "tex": "(\\bar c_L \\sigma^{\\mu\\nu} u_R)(\\bar c_L \\sigma_{\\mu\\nu} u_R)"
      },
      "CVLR_ucuc": {
        "tex": "(\\bar c_L \\gamma^\\mu u_L)(\\bar c_R \\gamma_\\mu u_R)"
      },
      "CSLR_ucuc": {
        "tex": "(\\bar c_R  u_L)(\\bar c_L  u_R)"
      }
    },
    "sd": {
      "C9_sdee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar e \\gamma_\\mu e)"
      },
      "C9p_sdee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar e \\gamma_\\mu e)"
      },
      "C10_sdee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar e \\gamma_\\mu\\gamma_5 e)"
      },
      "C10p_sdee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar e \\gamma_\\mu\\gamma_5 e)"
      },
      "CS_sdee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar e e)"
      },
      "CSp_sdee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar e e)"
      },
      "CP_sdee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar e \\gamma_5 e)"
      },
      "CPp_sdee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar e \\gamma_5 e)"
      },
      "C9_sdmumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar \\mu \\gamma_\\mu \\mu)"
      },
      "C9p_sdmumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar \\mu \\gamma_\\mu \\mu)"
      },
      "C10_sdmumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar \\mu \\gamma_\\mu\\gamma_5 \\mu)"
      },
      "C10p_sdmumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar \\mu \\gamma_\\mu\\gamma_5 \\mu)"
      },
      "CS_sdmumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar \\mu \\mu)"
      },
      "CSp_sdmumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar \\mu \\mu)"
      },
      "CP_sdmumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar \\mu \\gamma_5 \\mu)"
      },
      "CPp_sdmumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar \\mu \\gamma_5 \\mu)"
      },
      "C9_sdtautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar \\tau \\gamma_\\mu \\tau)"
      },
      "C9p_sdtautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar \\tau \\gamma_\\mu \\tau)"
      },
      "C10_sdtautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar \\tau \\gamma_\\mu\\gamma_5 \\tau)"
      },
      "C10p_sdtautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar \\tau \\gamma_\\mu\\gamma_5 \\tau)"
      },
      "CS_sdtautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar \\tau \\tau)"
      },
      "CSp_sdtautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar \\tau \\tau)"
      },
      "CP_sdtautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar \\tau \\gamma_5 \\tau)"
      },
      "CPp_sdtautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar \\tau \\gamma_5 \\tau)"
      },
      "C7_sd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e}{16\\pi^2}m_s(\\bar d_L \\sigma^{\\mu\\nu} s_R) F_{\\mu\\nu}"
      },
      "C7p_sd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e}{16\\pi^2}m_s(\\bar d_R \\sigma^{\\mu\\nu} s_L) F_{\\mu\\nu}"
      },
      "C8_sd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{g_s}{16\\pi^2}m_s(\\bar d_L \\sigma^{\\mu\\nu} T^a s_R) G_{\\mu\\nu}^a"
      },
      "C8p_sd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{g_s}{16\\pi^2}m_s(\\bar d_R \\sigma^{\\mu\\nu} T^a s_L) G_{\\mu\\nu}^a"
      },
      "CVLL_sdss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L \\gamma^\\mu s_L)(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVLR_sdss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L \\gamma^\\mu s_L)(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVRL_sdss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R \\gamma^\\mu s_R)(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVRR_sdss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R \\gamma^\\mu s_R)(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CSLL_sdss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R s_L)(\\bar s_R s_L)"
      },
      "CSLR_sdss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R s_L)(\\bar s_L s_R)"
      },
      "CSRL_sdss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L s_R)(\\bar s_R s_L)"
      },
      "CSRR_sdss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L s_R)(\\bar s_L s_R)"
      },
      "CTLL_sdss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R \\sigma^{\\mu\\nu} s_L)(\\bar s_R \\sigma_{\\mu\\nu} s_L)"
      },
      "CTRR_sdss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L \\sigma^{\\mu\\nu} s_R)(\\bar s_L \\sigma_{\\mu\\nu} s_R)"
      },
      "CVLL_sddd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L \\gamma^\\mu s_L)(\\bar d_L \\gamma_\\mu d_L)"
      },
      "CVLR_sddd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L \\gamma^\\mu s_L)(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVRL_sddd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R \\gamma^\\mu s_R)(\\bar d_L \\gamma_\\mu d_L)"
      },
      "CVRR_sddd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R \\gamma^\\mu s_R)(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CSLL_sddd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R s_L)(\\bar d_R d_L)"
      },
      "CSLR_sddd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R s_L)(\\bar d_L d_R)"
      },
      "CSRL_sddd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L s_R)(\\bar d_R d_L)"
      },
      "CSRR_sddd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L s_R)(\\bar d_L d_R)"
      },
      "CTLL_sddd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R \\sigma^{\\mu\\nu} s_L)(\\bar d_R \\sigma_{\\mu\\nu} d_L)"
      },
      "CTRR_sddd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L \\sigma^{\\mu\\nu} s_R)(\\bar d_L \\sigma_{\\mu\\nu} d_R)"
      },
      "CVLL_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L \\gamma^\\mu s_L)(\\bar u_L \\gamma_\\mu u_L)"
      },
      "CVLR_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L \\gamma^\\mu s_L)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVRL_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R \\gamma^\\mu s_R)(\\bar u_L \\gamma_\\mu u_L)"
      },
      "CVRR_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R \\gamma^\\mu s_R)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CSLL_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R s_L)(\\bar u_R u_L)"
      },
      "CSLR_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R s_L)(\\bar u_L u_R)"
      },
      "CSRL_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L s_R)(\\bar u_R u_L)"
      },
      "CSRR_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L s_R)(\\bar u_L u_R)"
      },
      "CTLL_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R \\sigma^{\\mu\\nu} s_L)(\\bar u_R \\sigma_{\\mu\\nu} u_L)"
      },
      "CTRR_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L \\sigma^{\\mu\\nu} s_R)(\\bar u_L \\sigma_{\\mu\\nu} u_R)"
      },
      "CVLLt_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L^\\alpha \\gamma^\\mu s_L^\\beta)(\\bar u_L^\\beta \\gamma_\\mu u_L^\\alpha)"
      },
      "CVLRt_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L^\\alpha \\gamma^\\mu s_L^\\beta)(\\bar u_R^\\beta \\gamma_\\mu u_R^\\alpha)"
      },
      "CVRLt_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R^\\alpha \\gamma^\\mu s_R^\\beta)(\\bar u_L^\\beta \\gamma_\\mu u_L^\\alpha)"
      },
      "CVRRt_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R^\\alpha \\gamma^\\mu s_R^\\beta)(\\bar u_R^\\beta \\gamma_\\mu u_R^\\alpha)"
      },
      "CSLLt_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R^\\alpha s_L^\\beta)(\\bar u_R^\\beta u_L^\\alpha)"
      },
      "CSLRt_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R^\\alpha s_L^\\beta)(\\bar u_L^\\beta u_R^\\alpha)"
      },
      "CSRLt_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L^\\alpha s_R^\\beta)(\\bar u_R^\\beta u_L^\\alpha)"
      },
      "CSRRt_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L^\\alpha s_R^\\beta)(\\bar u_L^\\beta u_R^\\alpha)"
      },
      "CTLLt_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R^\\alpha \\sigma^{\\mu\\nu} s_L^\\beta)(\\bar u_R^\\beta \\sigma_{\\mu\\nu} u_L^\\alpha)"
      },
      "CTRRt_sduu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L^\\alpha \\sigma^{\\mu\\nu} s_R^\\beta)(\\bar u_L^\\beta \\sigma_{\\mu\\nu} u_R^\\alpha)"
      },
      "CVLL_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L \\gamma^\\mu s_L)(\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVLR_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L \\gamma^\\mu s_L)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVRL_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R \\gamma^\\mu s_R)(\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVRR_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R \\gamma^\\mu s_R)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CSLL_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R s_L)(\\bar c_R c_L)"
      },
      "CSLR_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R s_L)(\\bar c_L c_R)"
      },
      "CSRL_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L s_R)(\\bar c_R c_L)"
      },
      "CSRR_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L s_R)(\\bar c_L c_R)"
      },
      "CTLL_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R \\sigma^{\\mu\\nu} s_L)(\\bar c_R \\sigma_{\\mu\\nu} c_L)"
      },
      "CTRR_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L \\sigma^{\\mu\\nu} s_R)(\\bar c_L \\sigma_{\\mu\\nu} c_R)"
      },
      "CVLLt_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L^\\alpha \\gamma^\\mu s_L^\\beta)(\\bar c_L^\\beta \\gamma_\\mu c_L^\\alpha)"
      },
      "CVLRt_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L^\\alpha \\gamma^\\mu s_L^\\beta)(\\bar c_R^\\beta \\gamma_\\mu c_R^\\alpha)"
      },
      "CVRLt_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R^\\alpha \\gamma^\\mu s_R^\\beta)(\\bar c_L^\\beta \\gamma_\\mu c_L^\\alpha)"
      },
      "CVRRt_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R^\\alpha \\gamma^\\mu s_R^\\beta)(\\bar c_R^\\beta \\gamma_\\mu c_R^\\alpha)"
      },
      "CSLLt_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R^\\alpha s_L^\\beta)(\\bar c_R^\\beta c_L^\\alpha)"
      },
      "CSLRt_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R^\\alpha s_L^\\beta)(\\bar c_L^\\beta c_R^\\alpha)"
      },
      "CSRLt_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L^\\alpha s_R^\\beta)(\\bar c_R^\\beta c_L^\\alpha)"
      },
      "CSRRt_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L^\\alpha s_R^\\beta)(\\bar c_L^\\beta c_R^\\alpha)"
      },
      "CTLLt_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_R^\\alpha \\sigma^{\\mu\\nu} s_L^\\beta)(\\bar c_R^\\beta \\sigma_{\\mu\\nu} c_L^\\alpha)"
      },
      "CTRRt_sdcc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* (\\bar d_L^\\alpha \\sigma^{\\mu\\nu} s_R^\\beta)(\\bar c_L^\\beta \\sigma_{\\mu\\nu} c_R^\\alpha)"
      }
    },
    "cu": {
      "C9_cuee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}(\\bar u_L \\gamma^\\mu c_L)(\\bar e \\gamma_\\mu e)"
      },
      "C9p_cuee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}(\\bar u_R \\gamma^\\mu c_R)(\\bar e \\gamma_\\mu e)"
      },
      "C10_cuee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}(\\bar u_L \\gamma^\\mu c_L)(\\bar e \\gamma_\\mu\\gamma_5 e)"
      },
      "C10p_cuee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}(\\bar u_R \\gamma^\\mu c_R)(\\bar e \\gamma_\\mu\\gamma_5 e)"
      },
      "CS_cuee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}m_c(\\bar u_L c_R)(\\bar e e)"
      },
      "CSp_cuee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}m_c(\\bar u_R c_L)(\\bar e e)"
      },
      "CP_cuee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}m_c(\\bar u_L c_R)(\\bar e \\gamma_5 e)"
      },
      "CPp_cuee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}m_c(\\bar u_R c_L)(\\bar e \\gamma_5 e)"
      },
      "C9_cumumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}(\\bar u_L \\gamma^\\mu c_L)(\\bar \\mu \\gamma_\\mu \\mu)"
      },
      "C9p_cumumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}(\\bar u_R \\gamma^\\mu c_R)(\\bar \\mu \\gamma_\\mu \\mu)"
      },
      "C10_cumumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}(\\bar u_L \\gamma^\\mu c_L)(\\bar \\mu \\gamma_\\mu\\gamma_5 \\mu)"
      },
      "C10p_cumumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}(\\bar u_R \\gamma^\\mu c_R)(\\bar \\mu \\gamma_\\mu\\gamma_5 \\mu)"
      },
      "CS_cumumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}m_c(\\bar u_L c_R)(\\bar \\mu \\mu)"
      },
      "CSp_cumumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}m_c(\\bar u_R c_L)(\\bar \\mu \\mu)"
      },
      "CP_cumumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}m_c(\\bar u_L c_R)(\\bar \\mu \\gamma_5 \\mu)"
      },
      "CPp_cumumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}m_c(\\bar u_R c_L)(\\bar \\mu \\gamma_5 \\mu)"
      },
      "C9_cutautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}(\\bar u_L \\gamma^\\mu c_L)(\\bar \\tau \\gamma_\\mu \\tau)"
      },
      "C9p_cutautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}(\\bar u_R \\gamma^\\mu c_R)(\\bar \\tau \\gamma_\\mu \\tau)"
      },
      "C10_cutautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}(\\bar u_L \\gamma^\\mu c_L)(\\bar \\tau \\gamma_\\mu\\gamma_5 \\tau)"
      },
      "C10p_cutautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}(\\bar u_R \\gamma^\\mu c_R)(\\bar \\tau \\gamma_\\mu\\gamma_5 \\tau)"
      },
      "CS_cutautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}m_c(\\bar u_L c_R)(\\bar \\tau \\tau)"
      },
      "CSp_cutautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}m_c(\\bar u_R c_L)(\\bar \\tau \\tau)"
      },
      "CP_cutautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}m_c(\\bar u_L c_R)(\\bar \\tau \\gamma_5 \\tau)"
      },
      "CPp_cutautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e^2}{16\\pi^2}m_c(\\bar u_R c_L)(\\bar \\tau \\gamma_5 \\tau)"
      },
      "C7_cu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e}{16\\pi^2}m_c(\\bar u_L \\sigma^{\\mu\\nu} c_R) F_{\\mu\\nu}"
      },
      "C7p_cu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{e}{16\\pi^2}m_c(\\bar u_R \\sigma^{\\mu\\nu} c_L) F_{\\mu\\nu}"
      },
      "C8_cu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{g_s}{16\\pi^2}m_c(\\bar u_L \\sigma^{\\mu\\nu} T^a c_R) G_{\\mu\\nu}^a"
      },
      "C8p_cu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} \\frac{g_s}{16\\pi^2}m_c(\\bar u_R \\sigma^{\\mu\\nu} T^a c_L) G_{\\mu\\nu}^a"
      },
      "CVLL_cucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L \\gamma^\\mu c_L)(\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVLR_cucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L \\gamma^\\mu c_L)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVRL_cucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R \\gamma^\\mu c_R)(\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVRR_cucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R \\gamma^\\mu c_R)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CSLL_cucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R c_L)(\\bar c_R c_L)"
      },
      "CSLR_cucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R c_L)(\\bar c_L c_R)"
      },
      "CSRL_cucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L c_R)(\\bar c_R c_L)"
      },
      "CSRR_cucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L c_R)(\\bar c_L c_R)"
      },
      "CTLL_cucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R \\sigma^{\\mu\\nu} c_L)(\\bar c_R \\sigma_{\\mu\\nu} c_L)"
      },
      "CTRR_cucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L \\sigma^{\\mu\\nu} c_R)(\\bar c_L \\sigma_{\\mu\\nu} c_R)"
      },
      "CVLL_cuuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L \\gamma^\\mu c_L)(\\bar u_L \\gamma_\\mu u_L)"
      },
      "CVLR_cuuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L \\gamma^\\mu c_L)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVRL_cuuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R \\gamma^\\mu c_R)(\\bar u_L \\gamma_\\mu u_L)"
      },
      "CVRR_cuuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R \\gamma^\\mu c_R)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CSLL_cuuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R c_L)(\\bar u_R u_L)"
      },
      "CSLR_cuuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R c_L)(\\bar u_L u_R)"
      },
      "CSRL_cuuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L c_R)(\\bar u_R u_L)"
      },
      "CSRR_cuuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L c_R)(\\bar u_L u_R)"
      },
      "CTLL_cuuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R \\sigma^{\\mu\\nu} c_L)(\\bar u_R \\sigma_{\\mu\\nu} u_L)"
      },
      "CTRR_cuuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L \\sigma^{\\mu\\nu} c_R)(\\bar u_L \\sigma_{\\mu\\nu} u_R)"
      },
      "CVLL_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L \\gamma^\\mu c_L)(\\bar d_L \\gamma_\\mu d_L)"
      },
      "CVLR_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L \\gamma^\\mu c_L)(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVRL_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R \\gamma^\\mu c_R)(\\bar d_L \\gamma_\\mu d_L)"
      },
      "CVRR_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R \\gamma^\\mu c_R)(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CSLL_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R c_L)(\\bar d_R d_L)"
      },
      "CSLR_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R c_L)(\\bar d_L d_R)"
      },
      "CSRL_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L c_R)(\\bar d_R d_L)"
      },
      "CSRR_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L c_R)(\\bar d_L d_R)"
      },
      "CTLL_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R \\sigma^{\\mu\\nu} c_L)(\\bar d_R \\sigma_{\\mu\\nu} d_L)"
      },
      "CTRR_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L \\sigma^{\\mu\\nu} c_R)(\\bar d_L \\sigma_{\\mu\\nu} d_R)"
      },
      "CVLLt_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L^\\alpha \\gamma^\\mu c_L^\\beta)(\\bar d_L^\\beta \\gamma_\\mu d_L^\\alpha)"
      },
      "CVLRt_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L^\\alpha \\gamma^\\mu c_L^\\beta)(\\bar d_R^\\beta \\gamma_\\mu d_R^\\alpha)"
      },
      "CVRLt_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R^\\alpha \\gamma^\\mu c_R^\\beta)(\\bar d_L^\\beta \\gamma_\\mu d_L^\\alpha)"
      },
      "CVRRt_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R^\\alpha \\gamma^\\mu c_R^\\beta)(\\bar d_R^\\beta \\gamma_\\mu d_R^\\alpha)"
      },
      "CSLLt_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R^\\alpha c_L^\\beta)(\\bar d_R^\\beta d_L^\\alpha)"
      },
      "CSLRt_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R^\\alpha c_L^\\beta)(\\bar d_L^\\beta d_R^\\alpha)"
      },
      "CSRLt_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L^\\alpha c_R^\\beta)(\\bar d_R^\\beta d_L^\\alpha)"
      },
      "CSRRt_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L^\\alpha c_R^\\beta)(\\bar d_L^\\beta d_R^\\alpha)"
      },
      "CTLLt_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R^\\alpha \\sigma^{\\mu\\nu} c_L^\\beta)(\\bar d_R^\\beta \\sigma_{\\mu\\nu} d_L^\\alpha)"
      },
      "CTRRt_cudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L^\\alpha \\sigma^{\\mu\\nu} c_R^\\beta)(\\bar d_L^\\beta \\sigma_{\\mu\\nu} d_R^\\alpha)"
      },
      "CVLL_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L \\gamma^\\mu c_L)(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVLR_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L \\gamma^\\mu c_L)(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVRL_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R \\gamma^\\mu c_R)(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVRR_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R \\gamma^\\mu c_R)(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CSLL_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R c_L)(\\bar s_R s_L)"
      },
      "CSLR_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R c_L)(\\bar s_L s_R)"
      },
      "CSRL_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L c_R)(\\bar s_R s_L)"
      },
      "CSRR_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L c_R)(\\bar s_L s_R)"
      },
      "CTLL_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R \\sigma^{\\mu\\nu} c_L)(\\bar s_R \\sigma_{\\mu\\nu} s_L)"
      },
      "CTRR_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L \\sigma^{\\mu\\nu} c_R)(\\bar s_L \\sigma_{\\mu\\nu} s_R)"
      },
      "CVLLt_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L^\\alpha \\gamma^\\mu c_L^\\beta)(\\bar s_L^\\beta \\gamma_\\mu s_L^\\alpha)"
      },
      "CVLRt_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L^\\alpha \\gamma^\\mu c_L^\\beta)(\\bar s_R^\\beta \\gamma_\\mu s_R^\\alpha)"
      },
      "CVRLt_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R^\\alpha \\gamma^\\mu c_R^\\beta)(\\bar s_L^\\beta \\gamma_\\mu s_L^\\alpha)"
      },
      "CVRRt_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R^\\alpha \\gamma^\\mu c_R^\\beta)(\\bar s_R^\\beta \\gamma_\\mu s_R^\\alpha)"
      },
      "CSLLt_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R^\\alpha c_L^\\beta)(\\bar s_R^\\beta s_L^\\alpha)"
      },
      "CSLRt_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R^\\alpha c_L^\\beta)(\\bar s_L^\\beta s_R^\\alpha)"
      },
      "CSRLt_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L^\\alpha c_R^\\beta)(\\bar s_R^\\beta s_L^\\alpha)"
      },
      "CSRRt_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L^\\alpha c_R^\\beta)(\\bar s_L^\\beta s_R^\\alpha)"
      },
      "CTLLt_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_R^\\alpha \\sigma^{\\mu\\nu} c_L^\\beta)(\\bar s_R^\\beta \\sigma_{\\mu\\nu} s_L^\\alpha)"
      },
      "CTRRt_cuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{cb}^* V_{ub} (\\bar u_L^\\alpha \\sigma^{\\mu\\nu} c_R^\\beta)(\\bar s_L^\\beta \\sigma_{\\mu\\nu} s_R^\\alpha)"
      }
    },
    "sdnunu": {
      "CL_sdnuenue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_L \\gamma^\\mu d_L)(\\bar \\nu_e \\gamma_\\mu(1-\\gamma_5) \\nu_e)"
      },
      "CL_sdnumunumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_L \\gamma^\\mu d_L)(\\bar \\nu_\\mu \\gamma_\\mu(1-\\gamma_5) \\nu_\\mu)"
      },
      "CL_sdnutaunutau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_L \\gamma^\\mu d_L)(\\bar \\nu_\\tau \\gamma_\\mu(1-\\gamma_5) \\nu_\\tau)"
      },
      "CL_sdnuenumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_L \\gamma^\\mu d_L)(\\bar \\nu_\\mu \\gamma_\\mu(1-\\gamma_5) \\nu_e)"
      },
      "CL_sdnumunue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_L \\gamma^\\mu d_L)(\\bar \\nu_e \\gamma_\\mu(1-\\gamma_5) \\nu_\\mu)"
      },
      "CL_sdnumunutau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_L \\gamma^\\mu d_L)(\\bar \\nu_\\tau \\gamma_\\mu(1-\\gamma_5) \\nu_\\mu)"
      },
      "CL_sdnutaunumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_L \\gamma^\\mu d_L)(\\bar \\nu_\\mu \\gamma_\\mu(1-\\gamma_5) \\nu_\\tau)"
      },
      "CL_sdnuenutau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_L \\gamma^\\mu d_L)(\\bar \\nu_\\tau \\gamma_\\mu(1-\\gamma_5) \\nu_e)"
      },
      "CL_sdnutaunue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_L \\gamma^\\mu d_L)(\\bar \\nu_e \\gamma_\\mu(1-\\gamma_5) \\nu_\\tau)"
      },
      "CR_sdnuenue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_R \\gamma^\\mu d_R)(\\bar \\nu_e \\gamma_\\mu(1-\\gamma_5) \\nu_e)"
      },
      "CR_sdnumunumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_R \\gamma^\\mu d_R)(\\bar \\nu_\\mu \\gamma_\\mu(1-\\gamma_5) \\nu_\\mu)"
      },
      "CR_sdnutaunutau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_R \\gamma^\\mu d_R)(\\bar \\nu_\\tau \\gamma_\\mu(1-\\gamma_5) \\nu_\\tau)"
      },
      "CR_sdnuenumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_R \\gamma^\\mu d_R)(\\bar \\nu_\\mu \\gamma_\\mu(1-\\gamma_5) \\nu_e)"
      },
      "CR_sdnumunue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_R \\gamma^\\mu d_R)(\\bar \\nu_e \\gamma_\\mu(1-\\gamma_5) \\nu_\\mu)"
      },
      "CR_sdnumunutau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_R \\gamma^\\mu d_R)(\\bar \\nu_\\tau \\gamma_\\mu(1-\\gamma_5) \\nu_\\mu)"
      },
      "CR_sdnutaunumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_R \\gamma^\\mu d_R)(\\bar \\nu_\\mu \\gamma_\\mu(1-\\gamma_5) \\nu_\\tau)"
      },
      "CR_sdnuenutau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_R \\gamma^\\mu d_R)(\\bar \\nu_\\tau \\gamma_\\mu(1-\\gamma_5) \\nu_e)"
      },
      "CR_sdnutaunue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{td} V_{ts}^* \\frac{e^2}{16\\pi^2}(\\bar s_R \\gamma^\\mu d_R)(\\bar \\nu_e \\gamma_\\mu(1-\\gamma_5) \\nu_\\tau)"
      }
    },
    "sdemu": {
      "C9_sdemu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar \\mu \\gamma_\\mu e)"
      },
      "C9p_sdemu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar \\mu \\gamma_\\mu e)"
      },
      "C10_sdemu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar \\mu \\gamma_\\mu \\gamma_5 e)"
      },
      "C10p_sdemu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar \\mu \\gamma_\\mu \\gamma_5 e)"
      },
      "CS_sdemu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar \\mu e)"
      },
      "CSp_sdemu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar \\mu e)"
      },
      "CP_sdemu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar \\mu \\gamma_5 e)"
      },
      "CPp_sdemu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar \\mu \\gamma_5 e)"
      }
    },
    "sdmue": {
      "C9_sdmue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar e \\gamma_\\mu \\mu)"
      },
      "C9p_sdmue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar e \\gamma_\\mu \\mu)"
      },
      "C10_sdmue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar e \\gamma_\\mu\\gamma_5 \\mu)"
      },
      "C10p_sdmue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar e \\gamma_\\mu\\gamma_5 \\mu)"
      },
      "CS_sdmue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar e \\mu)"
      },
      "CSp_sdmue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar e \\mu)"
      },
      "CP_sdmue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar e \\gamma_5 \\mu)"
      },
      "CPp_sdmue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar e \\gamma_5 \\mu)"
      }
    },
    "sdetau": {
      "C9_sdetau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar \\tau \\gamma_\\mu e)"
      },
      "C9p_sdetau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar \\tau \\gamma_\\mu e)"
      },
      "C10_sdetau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar \\tau \\gamma_\\mu \\gamma_5 e)"
      },
      "C10p_sdetau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar \\tau \\gamma_\\mu \\gamma_5 e)"
      },
      "CS_sdetau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar \\tau e)"
      },
      "CSp_sdetau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar \\tau e)"
      },
      "CP_sdetau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar \\tau \\gamma_5 e)"
      },
      "CPp_sdetau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar \\tau \\gamma_5 e)"
      }
    },
    "sdtaue": {
      "C9_sdtaue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar e \\gamma_\\mu \\tau)"
      },
      "C9p_sdtaue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar e \\gamma_\\mu \\tau)"
      },
      "C10_sdtaue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar e \\gamma_\\mu\\gamma_5 \\tau)"
      },
      "C10p_sdtaue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar e \\gamma_\\mu\\gamma_5 \\tau)"
      },
      "CS_sdtaue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar e \\tau)"
      },
      "CSp_sdtaue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar e \\tau)"
      },
      "CP_sdtaue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar e \\gamma_5 \\tau)"
      },
      "CPp_sdtaue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar e \\gamma_5 \\tau)"
      }
    },
    "sdmutau": {
      "C9_sdmutau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar \\tau \\gamma_\\mu \\mu)"
      },
      "C9p_sdmutau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar \\tau \\gamma_\\mu \\mu)"
      },
      "C10_sdmutau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar \\tau \\gamma_\\mu \\gamma_5 \\mu)"
      },
      "C10p_sdmutau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar \\tau \\gamma_\\mu \\gamma_5 \\mu)"
      },
      "CS_sdmutau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar \\tau \\mu)"
      },
      "CSp_sdmutau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar \\tau \\mu)"
      },
      "CP_sdmutau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar \\tau \\gamma_5 \\mu)"
      },
      "CPp_sdmutau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar \\tau \\gamma_5 \\mu)"
      }
    },
    "sdtaumu": {
      "C9_sdtaumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar \\mu \\gamma_\\mu \\tau)"
      },
      "C9p_sdtaumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar \\mu \\gamma_\\mu \\tau)"
      },
      "C10_sdtaumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_L \\gamma^\\mu s_L)(\\bar \\mu \\gamma_\\mu \\gamma_5 \\tau)"
      },
      "C10p_sdtaumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}(\\bar d_R \\gamma^\\mu s_R)(\\bar \\mu \\gamma_\\mu \\gamma_5 \\tau)"
      },
      "CS_sdtaumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar \\mu \\tau)"
      },
      "CSp_sdtaumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar \\mu \\tau)"
      },
      "CP_sdtaumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_L s_R)(\\bar \\mu \\gamma_5 \\tau)"
      },
      "CPp_sdtaumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} V_{ts} V_{td}^* \\frac{e^2}{16\\pi^2}m_s(\\bar d_R s_L)(\\bar \\mu \\gamma_5 \\tau)"
      }
    },
    "usenu": {
      "CVL_suenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L \\gamma^\\mu s_L)(\\bar e_L \\gamma_\\mu \\nu_{e L})"
      },
      "CVR_suenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\gamma^\\mu s_R)(\\bar e_L \\gamma_\\mu \\nu_{e L})"
      },
      "CSR_suenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L s_R)(\\bar e_R \\nu_{e L})"
      },
      "CSL_suenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R s_L)(\\bar e_R \\nu_{e L})"
      },
      "CT_suenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\sigma^{\\mu\\nu} s_L)(\\bar e_R \\sigma_{\\mu\\nu}\\nu_{e L})"
      },
      "CVL_suenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L \\gamma^\\mu s_L)(\\bar e_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CVR_suenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\gamma^\\mu s_R)(\\bar e_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CSR_suenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L s_R)(\\bar e_R \\nu_{\\mu L})"
      },
      "CSL_suenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R s_L)(\\bar e_R \\nu_{\\mu L})"
      },
      "CT_suenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\sigma^{\\mu\\nu} s_L)(\\bar e_R \\sigma_{\\mu\\nu}\\nu_{\\mu L})"
      },
      "CVL_suenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L \\gamma^\\mu s_L)(\\bar e_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CVR_suenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\gamma^\\mu s_R)(\\bar e_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CSR_suenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L s_R)(\\bar e_R \\nu_{\\tau L})"
      },
      "CSL_suenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R s_L)(\\bar e_R \\nu_{\\tau L})"
      },
      "CT_suenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\sigma^{\\mu\\nu} s_L)(\\bar e_R \\sigma_{\\mu\\nu}\\nu_{\\tau L})"
      }
    },
    "csenu": {
      "CVL_scenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L \\gamma^\\mu s_L)(\\bar e_L \\gamma_\\mu \\nu_{e L})"
      },
      "CVR_scenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\gamma^\\mu s_R)(\\bar e_L \\gamma_\\mu \\nu_{e L})"
      },
      "CSR_scenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L s_R)(\\bar e_R \\nu_{e L})"
      },
      "CSL_scenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R s_L)(\\bar e_R \\nu_{e L})"
      },
      "CT_scenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\sigma^{\\mu\\nu} s_L)(\\bar e_R \\sigma_{\\mu\\nu}\\nu_{e L})"
      },
      "CVL_scenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L \\gamma^\\mu s_L)(\\bar e_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CVR_scenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\gamma^\\mu s_R)(\\bar e_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CSR_scenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L s_R)(\\bar e_R \\nu_{\\mu L})"
      },
      "CSL_scenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R s_L)(\\bar e_R \\nu_{\\mu L})"
      },
      "CT_scenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\sigma^{\\mu\\nu} s_L)(\\bar e_R \\sigma_{\\mu\\nu}\\nu_{\\mu L})"
      },
      "CVL_scenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L \\gamma^\\mu s_L)(\\bar e_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CVR_scenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\gamma^\\mu s_R)(\\bar e_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CSR_scenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L s_R)(\\bar e_R \\nu_{\\tau L})"
      },
      "CSL_scenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R s_L)(\\bar e_R \\nu_{\\tau L})"
      },
      "CT_scenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\sigma^{\\mu\\nu} s_L)(\\bar e_R \\sigma_{\\mu\\nu}\\nu_{\\tau L})"
      }
    },
    "cdenu": {
      "CVL_dcenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L \\gamma^\\mu d_L)(\\bar e_L \\gamma_\\mu \\nu_{e L})"
      },
      "CVR_dcenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\gamma^\\mu d_R)(\\bar e_L \\gamma_\\mu \\nu_{e L})"
      },
      "CSR_dcenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L d_R)(\\bar e_R \\nu_{e L})"
      },
      "CSL_dcenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R d_L)(\\bar e_R \\nu_{e L})"
      },
      "CT_dcenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\sigma^{\\mu\\nu} d_L)(\\bar e_R \\sigma_{\\mu\\nu}\\nu_{e L})"
      },
      "CVL_dcenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L \\gamma^\\mu d_L)(\\bar e_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CVR_dcenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\gamma^\\mu d_R)(\\bar e_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CSR_dcenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L d_R)(\\bar e_R \\nu_{\\mu L})"
      },
      "CSL_dcenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R d_L)(\\bar e_R \\nu_{\\mu L})"
      },
      "CT_dcenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\sigma^{\\mu\\nu} d_L)(\\bar e_R \\sigma_{\\mu\\nu}\\nu_{\\mu L})"
      },
      "CVL_dcenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L \\gamma^\\mu d_L)(\\bar e_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CVR_dcenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\gamma^\\mu d_R)(\\bar e_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CSR_dcenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L d_R)(\\bar e_R \\nu_{\\tau L})"
      },
      "CSL_dcenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R d_L)(\\bar e_R \\nu_{\\tau L})"
      },
      "CT_dcenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\sigma^{\\mu\\nu} d_L)(\\bar e_R \\sigma_{\\mu\\nu}\\nu_{\\tau L})"
      }
    },
    "usmunu": {
      "CVL_sumunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L \\gamma^\\mu s_L)(\\bar \\mu_L \\gamma_\\mu \\nu_{e L})"
      },
      "CVR_sumunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\gamma^\\mu s_R)(\\bar \\mu_L \\gamma_\\mu \\nu_{e L})"
      },
      "CSR_sumunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L s_R)(\\bar \\mu_R \\nu_{e L})"
      },
      "CSL_sumunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R s_L)(\\bar \\mu_R \\nu_{e L})"
      },
      "CT_sumunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\sigma^{\\mu\\nu} s_L)(\\bar \\mu_R \\sigma_{\\mu\\nu}\\nu_{e L})"
      },
      "CVL_sumunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L \\gamma^\\mu s_L)(\\bar \\mu_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CVR_sumunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\gamma^\\mu s_R)(\\bar \\mu_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CSR_sumunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L s_R)(\\bar \\mu_R \\nu_{\\mu L})"
      },
      "CSL_sumunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R s_L)(\\bar \\mu_R \\nu_{\\mu L})"
      },
      "CT_sumunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\sigma^{\\mu\\nu} s_L)(\\bar \\mu_R \\sigma_{\\mu\\nu}\\nu_{\\mu L})"
      },
      "CVL_sumunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L \\gamma^\\mu s_L)(\\bar \\mu_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CVR_sumunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\gamma^\\mu s_R)(\\bar \\mu_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CSR_sumunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L s_R)(\\bar \\mu_R \\nu_{\\tau L})"
      },
      "CSL_sumunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R s_L)(\\bar \\mu_R \\nu_{\\tau L})"
      },
      "CT_sumunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\sigma^{\\mu\\nu} s_L)(\\bar \\mu_R \\sigma_{\\mu\\nu}\\nu_{\\tau L})"
      }
    },
    "csmunu": {
      "CVL_scmunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L \\gamma^\\mu s_L)(\\bar \\mu_L \\gamma_\\mu \\nu_{e L})"
      },
      "CVR_scmunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\gamma^\\mu s_R)(\\bar \\mu_L \\gamma_\\mu \\nu_{e L})"
      },
      "CSR_scmunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L s_R)(\\bar \\mu_R \\nu_{e L})"
      },
      "CSL_scmunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R s_L)(\\bar \\mu_R \\nu_{e L})"
      },
      "CT_scmunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\sigma^{\\mu\\nu} s_L)(\\bar \\mu_R \\sigma_{\\mu\\nu}\\nu_{e L})"
      },
      "CVL_scmunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L \\gamma^\\mu s_L)(\\bar \\mu_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CVR_scmunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\gamma^\\mu s_R)(\\bar \\mu_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CSR_scmunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L s_R)(\\bar \\mu_R \\nu_{\\mu L})"
      },
      "CSL_scmunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R s_L)(\\bar \\mu_R \\nu_{\\mu L})"
      },
      "CT_scmunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\sigma^{\\mu\\nu} s_L)(\\bar \\mu_R \\sigma_{\\mu\\nu}\\nu_{\\mu L})"
      },
      "CVL_scmunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L \\gamma^\\mu s_L)(\\bar \\mu_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CVR_scmunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\gamma^\\mu s_R)(\\bar \\mu_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CSR_scmunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L s_R)(\\bar \\mu_R \\nu_{\\tau L})"
      },
      "CSL_scmunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R s_L)(\\bar \\mu_R \\nu_{\\tau L})"
      },
      "CT_scmunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\sigma^{\\mu\\nu} s_L)(\\bar \\mu_R \\sigma_{\\mu\\nu}\\nu_{\\tau L})"
      }
    },
    "cdmunu": {
      "CVL_dcmunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L \\gamma^\\mu d_L)(\\bar \\mu_L \\gamma_\\mu \\nu_{e L})"
      },
      "CVR_dcmunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\gamma^\\mu d_R)(\\bar \\mu_L \\gamma_\\mu \\nu_{e L})"
      },
      "CSR_dcmunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L d_R)(\\bar \\mu_R \\nu_{e L})"
      },
      "CSL_dcmunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R d_L)(\\bar \\mu_R \\nu_{e L})"
      },
      "CT_dcmunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\sigma^{\\mu\\nu} d_L)(\\bar \\mu_R \\sigma_{\\mu\\nu}\\nu_{e L})"
      },
      "CVL_dcmunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L \\gamma^\\mu d_L)(\\bar \\mu_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CVR_dcmunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\gamma^\\mu d_R)(\\bar \\mu_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CSR_dcmunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L d_R)(\\bar \\mu_R \\nu_{\\mu L})"
      },
      "CSL_dcmunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R d_L)(\\bar \\mu_R \\nu_{\\mu L})"
      },
      "CT_dcmunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\sigma^{\\mu\\nu} d_L)(\\bar \\mu_R \\sigma_{\\mu\\nu}\\nu_{\\mu L})"
      },
      "CVL_dcmunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L \\gamma^\\mu d_L)(\\bar \\mu_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CVR_dcmunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\gamma^\\mu d_R)(\\bar \\mu_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CSR_dcmunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L d_R)(\\bar \\mu_R \\nu_{\\tau L})"
      },
      "CSL_dcmunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R d_L)(\\bar \\mu_R \\nu_{\\tau L})"
      },
      "CT_dcmunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\sigma^{\\mu\\nu} d_L)(\\bar \\mu_R \\sigma_{\\mu\\nu}\\nu_{\\tau L})"
      }
    },
    "ustaunu": {
      "CVL_sutaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L \\gamma^\\mu s_L)(\\bar \\tau_L \\gamma_\\mu \\nu_{e L})"
      },
      "CVR_sutaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\gamma^\\mu s_R)(\\bar \\tau_L \\gamma_\\mu \\nu_{e L})"
      },
      "CSR_sutaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L s_R)(\\bar \\tau_R \\nu_{e L})"
      },
      "CSL_sutaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R s_L)(\\bar \\tau_R \\nu_{e L})"
      },
      "CT_sutaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\sigma^{\\mu\\nu} s_L)(\\bar \\tau_R \\sigma_{\\mu\\nu}\\nu_{e L})"
      },
      "CVL_sutaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L \\gamma^\\mu s_L)(\\bar \\tau_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CVR_sutaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\gamma^\\mu s_R)(\\bar \\tau_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CSR_sutaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L s_R)(\\bar \\tau_R \\nu_{\\mu L})"
      },
      "CSL_sutaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R s_L)(\\bar \\tau_R \\nu_{\\mu L})"
      },
      "CT_sutaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\sigma^{\\mu\\nu} s_L)(\\bar \\tau_R \\sigma_{\\mu\\nu}\\nu_{\\mu L})"
      },
      "CVL_sutaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L \\gamma^\\mu s_L)(\\bar \\tau_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CVR_sutaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\gamma^\\mu s_R)(\\bar \\tau_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CSR_sutaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_L s_R)(\\bar \\tau_R \\nu_{\\tau L})"
      },
      "CSL_sutaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R s_L)(\\bar \\tau_R \\nu_{\\tau L})"
      },
      "CT_sutaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{us} (\\bar u_R \\sigma^{\\mu\\nu} s_L)(\\bar \\tau_R \\sigma_{\\mu\\nu}\\nu_{\\tau L})"
      }
    },
    "cstaunu": {
      "CVL_sctaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L \\gamma^\\mu s_L)(\\bar \\tau_L \\gamma_\\mu \\nu_{e L})"
      },
      "CVR_sctaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\gamma^\\mu s_R)(\\bar \\tau_L \\gamma_\\mu \\nu_{e L})"
      },
      "CSR_sctaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L s_R)(\\bar \\tau_R \\nu_{e L})"
      },
      "CSL_sctaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R s_L)(\\bar \\tau_R \\nu_{e L})"
      },
      "CT_sctaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\sigma^{\\mu\\nu} s_L)(\\bar \\tau_R \\sigma_{\\mu\\nu}\\nu_{e L})"
      },
      "CVL_sctaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L \\gamma^\\mu s_L)(\\bar \\tau_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CVR_sctaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\gamma^\\mu s_R)(\\bar \\tau_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CSR_sctaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L s_R)(\\bar \\tau_R \\nu_{\\mu L})"
      },
      "CSL_sctaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R s_L)(\\bar \\tau_R \\nu_{\\mu L})"
      },
      "CT_sctaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\sigma^{\\mu\\nu} s_L)(\\bar \\tau_R \\sigma_{\\mu\\nu}\\nu_{\\mu L})"
      },
      "CVL_sctaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L \\gamma^\\mu s_L)(\\bar \\tau_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CVR_sctaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\gamma^\\mu s_R)(\\bar \\tau_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CSR_sctaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_L s_R)(\\bar \\tau_R \\nu_{\\tau L})"
      },
      "CSL_sctaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R s_L)(\\bar \\tau_R \\nu_{\\tau L})"
      },
      "CT_sctaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cs} (\\bar c_R \\sigma^{\\mu\\nu} s_L)(\\bar \\tau_R \\sigma_{\\mu\\nu}\\nu_{\\tau L})"
      }
    },
    "cdtaunu": {
      "CVL_dctaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L \\gamma^\\mu d_L)(\\bar \\tau_L \\gamma_\\mu \\nu_{e L})"
      },
      "CVR_dctaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\gamma^\\mu d_R)(\\bar \\tau_L \\gamma_\\mu \\nu_{e L})"
      },
      "CSR_dctaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L d_R)(\\bar \\tau_R \\nu_{e L})"
      },
      "CSL_dctaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R d_L)(\\bar \\tau_R \\nu_{e L})"
      },
      "CT_dctaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\sigma^{\\mu\\nu} d_L)(\\bar \\tau_R \\sigma_{\\mu\\nu}\\nu_{e L})"
      },
      "CVL_dctaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L \\gamma^\\mu d_L)(\\bar \\tau_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CVR_dctaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\gamma^\\mu d_R)(\\bar \\tau_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CSR_dctaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L d_R)(\\bar \\tau_R \\nu_{\\mu L})"
      },
      "CSL_dctaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R d_L)(\\bar \\tau_R \\nu_{\\mu L})"
      },
      "CT_dctaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\sigma^{\\mu\\nu} d_L)(\\bar \\tau_R \\sigma_{\\mu\\nu}\\nu_{\\mu L})"
      },
      "CVL_dctaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L \\gamma^\\mu d_L)(\\bar \\tau_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CVR_dctaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\gamma^\\mu d_R)(\\bar \\tau_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CSR_dctaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_L d_R)(\\bar \\tau_R \\nu_{\\tau L})"
      },
      "CSL_dctaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R d_L)(\\bar \\tau_R \\nu_{\\tau L})"
      },
      "CT_dctaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{cd} (\\bar c_R \\sigma^{\\mu\\nu} d_L)(\\bar \\tau_R \\sigma_{\\mu\\nu}\\nu_{\\tau L})"
      }
    },
    "udenu": {
      "CVL_duenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L \\gamma^\\mu d_L)(\\bar e_L \\gamma_\\mu \\nu_{e L})"
      },
      "CVR_duenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\gamma^\\mu d_R)(\\bar e_L \\gamma_\\mu \\nu_{e L})"
      },
      "CSR_duenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L d_R)(\\bar e_R \\nu_{e L})"
      },
      "CSL_duenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R d_L)(\\bar e_R \\nu_{e L})"
      },
      "CT_duenue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\sigma^{\\mu\\nu} d_L)(\\bar e_R \\sigma_{\\mu\\nu}\\nu_{e L})"
      },
      "CVL_duenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L \\gamma^\\mu d_L)(\\bar e_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CVR_duenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\gamma^\\mu d_R)(\\bar e_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CSR_duenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L d_R)(\\bar e_R \\nu_{\\mu L})"
      },
      "CSL_duenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R d_L)(\\bar e_R \\nu_{\\mu L})"
      },
      "CT_duenumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\sigma^{\\mu\\nu} d_L)(\\bar e_R \\sigma_{\\mu\\nu}\\nu_{\\mu L})"
      },
      "CVL_duenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L \\gamma^\\mu d_L)(\\bar e_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CVR_duenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\gamma^\\mu d_R)(\\bar e_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CSR_duenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L d_R)(\\bar e_R \\nu_{\\tau L})"
      },
      "CSL_duenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R d_L)(\\bar e_R \\nu_{\\tau L})"
      },
      "CT_duenutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\sigma^{\\mu\\nu} d_L)(\\bar e_R \\sigma_{\\mu\\nu}\\nu_{\\tau L})"
      }
    },
    "udmunu": {
      "CVL_dumunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L \\gamma^\\mu d_L)(\\bar \\mu_L \\gamma_\\mu \\nu_{e L})"
      },
      "CVR_dumunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\gamma^\\mu d_R)(\\bar \\mu_L \\gamma_\\mu \\nu_{e L})"
      },
      "CSR_dumunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L d_R)(\\bar \\mu_R \\nu_{e L})"
      },
      "CSL_dumunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R d_L)(\\bar \\mu_R \\nu_{e L})"
      },
      "CT_dumunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\sigma^{\\mu\\nu} d_L)(\\bar \\mu_R \\sigma_{\\mu\\nu}\\nu_{e L})"
      },
      "CVL_dumunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L \\gamma^\\mu d_L)(\\bar \\mu_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CVR_dumunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\gamma^\\mu d_R)(\\bar \\mu_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CSR_dumunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L d_R)(\\bar \\mu_R \\nu_{\\mu L})"
      },
      "CSL_dumunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R d_L)(\\bar \\mu_R \\nu_{\\mu L})"
      },
      "CT_dumunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\sigma^{\\mu\\nu} d_L)(\\bar \\mu_R \\sigma_{\\mu\\nu}\\nu_{\\mu L})"
      },
      "CVL_dumunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L \\gamma^\\mu d_L)(\\bar \\mu_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CVR_dumunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\gamma^\\mu d_R)(\\bar \\mu_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CSR_dumunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L d_R)(\\bar \\mu_R \\nu_{\\tau L})"
      },
      "CSL_dumunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R d_L)(\\bar \\mu_R \\nu_{\\tau L})"
      },
      "CT_dumunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\sigma^{\\mu\\nu} d_L)(\\bar \\mu_R \\sigma_{\\mu\\nu}\\nu_{\\tau L})"
      }
    },
    "udtaunu": {
      "CVL_dutaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L \\gamma^\\mu d_L)(\\bar \\tau_L \\gamma_\\mu \\nu_{e L})"
      },
      "CVR_dutaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\gamma^\\mu d_R)(\\bar \\tau_L \\gamma_\\mu \\nu_{e L})"
      },
      "CSR_dutaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L d_R)(\\bar \\tau_R \\nu_{e L})"
      },
      "CSL_dutaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R d_L)(\\bar \\tau_R \\nu_{e L})"
      },
      "CT_dutaunue": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\sigma^{\\mu\\nu} d_L)(\\bar \\tau_R \\sigma_{\\mu\\nu}\\nu_{e L})"
      },
      "CVL_dutaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L \\gamma^\\mu d_L)(\\bar \\tau_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CVR_dutaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\gamma^\\mu d_R)(\\bar \\tau_L \\gamma_\\mu \\nu_{\\mu L})"
      },
      "CSR_dutaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L d_R)(\\bar \\tau_R \\nu_{\\mu L})"
      },
      "CSL_dutaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R d_L)(\\bar \\tau_R \\nu_{\\mu L})"
      },
      "CT_dutaunumu": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\sigma^{\\mu\\nu} d_L)(\\bar \\tau_R \\sigma_{\\mu\\nu}\\nu_{\\mu L})"
      },
      "CVL_dutaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L \\gamma^\\mu d_L)(\\bar \\tau_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CVR_dutaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\gamma^\\mu d_R)(\\bar \\tau_L \\gamma_\\mu \\nu_{\\tau L})"
      },
      "CSR_dutaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_L d_R)(\\bar \\tau_R \\nu_{\\tau L})"
      },
      "CSL_dutaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R d_L)(\\bar \\tau_R \\nu_{\\tau L})"
      },
      "CT_dutaunutau": {
        "tex": "-\\frac{4G_F}{\\sqrt{2}} V_{ud} (\\bar u_R \\sigma^{\\mu\\nu} d_L)(\\bar \\tau_R \\sigma_{\\mu\\nu}\\nu_{\\tau L})"
      }
    },
    "dF=0": {
      "CG": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} f^{ABC} G_\\mu^{A\\nu} G_\\nu^{B\\rho} G_\\rho^{C\\mu}"
      },
      "CGtilde": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} f^{ABC} \\widetilde G_\\mu^{A\\nu} G_\\nu^{B\\rho} G_\\rho^{C\\mu}"
      },
      "C7_uu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} \\frac{e}{16\\pi^2} m_u \\bar u_L \\sigma^{\\mu \\nu} u_R\\, F_{\\mu \\nu}"
      },
      "C7_cc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} \\frac{e}{16\\pi^2} m_c \\bar c_L \\sigma^{\\mu \\nu} c_R\\, F_{\\mu \\nu}"
      },
      "C7_dd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} \\frac{e}{16\\pi^2} m_d \\bar d_L \\sigma^{\\mu \\nu} d_R\\, F_{\\mu \\nu}"
      },
      "C7_ss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} \\frac{e}{16\\pi^2} m_s \\bar s_L \\sigma^{\\mu \\nu} s_R\\, F_{\\mu \\nu}"
      },
      "C7_ee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} \\frac{e}{16\\pi^2} m_e \\bar e_L \\sigma^{\\mu \\nu} e_R\\, F_{\\mu \\nu}"
      },
      "C7_mumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} \\frac{e}{16\\pi^2} m_\\mu \\bar \\mu_L \\sigma^{\\mu \\nu} \\mu_R\\, F_{\\mu \\nu}"
      },
      "C7_tautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} \\frac{e}{16\\pi^2} m_\\tau \\bar \\tau_L \\sigma^{\\mu \\nu} \\tau_R\\, F_{\\mu \\nu}"
      },
      "C8_uu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} \\frac{g_s}{16\\pi^2} m_u \\bar u_L \\sigma^{\\mu \\nu} T^A u_R\\, G_{\\mu \\nu}^A"
      },
      "C8_cc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} \\frac{g_s}{16\\pi^2} m_c \\bar c_L \\sigma^{\\mu \\nu} T^A c_R\\, G_{\\mu \\nu}^A"
      },
      "C8_dd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} \\frac{g_s}{16\\pi^2} m_d \\bar d_L \\sigma^{\\mu \\nu} T^A d_R\\, G_{\\mu \\nu}^A"
      },
      "C8_ss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} \\frac{g_s}{16\\pi^2} m_s \\bar s_L \\sigma^{\\mu \\nu} T^A s_R\\, G_{\\mu \\nu}^A"
      },
      "CTRR_eeuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\sigma^{\\mu \\nu} e_R) (\\bar u_L \\sigma_{\\mu \\nu} u_R)"
      },
      "CTRR_mumuuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\sigma^{\\mu \\nu} \\mu_R) (\\bar u_L \\sigma_{\\mu \\nu} u_R)"
      },
      "CTRR_tautauuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\sigma^{\\mu \\nu} \\tau_R) (\\bar u_L \\sigma_{\\mu \\nu} u_R)"
      },
      "CTRR_eedd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\sigma^{\\mu \\nu} e_R) (\\bar d_L \\sigma_{\\mu \\nu} d_R)"
      },
      "CTRR_eess": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\sigma^{\\mu \\nu} e_R) (\\bar s_L \\sigma_{\\mu \\nu} s_R)"
      },
      "CTRR_mumudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\sigma^{\\mu \\nu} \\mu_R) (\\bar d_L \\sigma_{\\mu \\nu} d_R)"
      },
      "CTRR_mumuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\sigma^{\\mu \\nu} \\mu_R) (\\bar s_L \\sigma_{\\mu \\nu} s_R)"
      },
      "CTRR_tautaudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\sigma^{\\mu \\nu} \\tau_R) (\\bar d_L \\sigma_{\\mu \\nu} d_R)"
      },
      "CTRR_tautauss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\sigma^{\\mu \\nu} \\tau_R) (\\bar s_L \\sigma_{\\mu \\nu} s_R)"
      },
      "CS1RR_uuuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L u_R) (\\bar u_L u_R)"
      },
      "CS8RR_uuuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L T^A u_R) (\\bar u_L T^A u_R)"
      },
      "CS1RR_uudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L u_R) (\\bar d_L d_R)"
      },
      "CS1RR_uuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L u_R) (\\bar s_L s_R)"
      },
      "CS8RR_uudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L T^A u_R) (\\bar d_L T^A d_R)"
      },
      "CS8RR_uuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L T^A u_R) (\\bar s_L T^A s_R)"
      },
      "CS1RR_dddd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L d_R) (\\bar d_L d_R)"
      },
      "CS1RR_ddss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L d_R) (\\bar s_L s_R)"
      },
      "CS1RR_dssd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L s_R) (\\bar s_L d_R)"
      },
      "CS1RR_ssss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar s_L s_R) (\\bar s_L s_R)"
      },
      "CS8RR_dddd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L T^A d_R) (\\bar d_L T^A d_R)"
      },
      "CS8RR_ddss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L T^A d_R) (\\bar s_L T^A s_R)"
      },
      "CS8RR_dssd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L T^A s_R) (\\bar s_L T^A d_R)"
      },
      "CS8RR_ssss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar s_L T^A s_R) (\\bar s_L T^A s_R)"
      },
      "CS1RR_uddu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L d_R) (\\bar d_L u_R)"
      },
      "CS1RR_ussu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L s_R) (\\bar s_L u_R)"
      },
      "CS8RR_uddu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L T^A d_R) (\\bar d_L T^A u_R)"
      },
      "CS8RR_ussu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L T^A s_R) (\\bar s_L T^A u_R)"
      },
      "CS1RR_cccc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L c_R) (\\bar c_L c_R)"
      },
      "CS1RR_ccdd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L c_R) (\\bar d_L d_R)"
      },
      "CS1RR_ccss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L c_R) (\\bar s_L s_R)"
      },
      "CS1RR_cddc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L d_R) (\\bar d_L c_R)"
      },
      "CS1RR_cssc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L s_R) (\\bar s_L c_R)"
      },
      "CS1RR_uccu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L c_R) (\\bar c_L u_R)"
      },
      "CS1RR_uucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L u_R) (\\bar c_L c_R)"
      },
      "CS8RR_cccc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L T^A c_R) (\\bar c_L T^A c_R)"
      },
      "CS8RR_ccdd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L T^A c_R) (\\bar d_L T^A d_R)"
      },
      "CS8RR_ccss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L T^A c_R) (\\bar s_L T^A s_R)"
      },
      "CS8RR_cddc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L T^A d_R) (\\bar d_L T^A c_R)"
      },
      "CS8RR_cssc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L T^A s_R) (\\bar s_L T^A c_R)"
      },
      "CS8RR_uccu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L T^A c_R) (\\bar c_L T^A u_R)"
      },
      "CS8RR_uucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L T^A u_R) (\\bar c_L T^A c_R)"
      },
      "CSRL_eecc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L e_R) (\\bar c_R c_L)"
      },
      "CSRL_eedd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L e_R) (\\bar d_R d_L)"
      },
      "CSRL_eess": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L e_R) (\\bar s_R s_L)"
      },
      "CSRL_eeuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L e_R) (\\bar u_R u_L)"
      },
      "CSRL_mumucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\mu_R) (\\bar c_R c_L)"
      },
      "CSRL_mumudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\mu_R) (\\bar d_R d_L)"
      },
      "CSRL_mumuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\mu_R) (\\bar s_R s_L)"
      },
      "CSRL_mumuuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\mu_R) (\\bar u_R u_L)"
      },
      "CSRL_tautaucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\tau_R) (\\bar c_R c_L)"
      },
      "CSRL_tautaudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\tau_R) (\\bar d_R d_L)"
      },
      "CSRL_tautauss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\tau_R) (\\bar s_R s_L)"
      },
      "CSRL_tautauuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\tau_R) (\\bar u_R u_L)"
      },
      "CSRR_eecc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L e_R) (\\bar c_L c_R)"
      },
      "CSRR_eedd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L e_R)(\\bar d_L d_R)"
      },
      "CSRR_eeee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L e_R) (\\bar e_L e_R)"
      },
      "CSRR_eemumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L e_R) (\\bar \\mu_L \\mu_R)"
      },
      "CSRR_eess": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L e_R)(\\bar s_L s_R)"
      },
      "CSRR_eetautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L e_R) (\\bar \\tau_L \\tau_R)"
      },
      "CSRR_eeuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L e_R) (\\bar u_L u_R)"
      },
      "CSRR_emumue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\mu_R) (\\bar \\mu_L e_R)"
      },
      "CSRR_etautaue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\tau_R) (\\bar \\tau_L e_R)"
      },
      "CSRR_mumucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\mu_R) (\\bar c_L c_R)"
      },
      "CSRR_mumudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\mu_R)(\\bar d_L d_R)"
      },
      "CSRR_mumumumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\mu_R) (\\bar \\mu_L \\mu_R)"
      },
      "CSRR_mumuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\mu_R)(\\bar s_L s_R)"
      },
      "CSRR_mumutautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\mu_R) (\\bar \\tau_L \\tau_R)"
      },
      "CSRR_mumuuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\mu_R) (\\bar u_L u_R)"
      },
      "CSRR_mutautaumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\tau_R) (\\bar \\tau_L \\mu_R)"
      },
      "CSRR_tautaucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\tau_R) (\\bar c_L c_R)"
      },
      "CSRR_tautaudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\tau_R)(\\bar d_L d_R)"
      },
      "CSRR_tautauss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\tau_R)(\\bar s_L s_R)"
      },
      "CSRR_tautautautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\tau_R) (\\bar \\tau_L \\tau_R)"
      },
      "CSRR_tautauuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\tau_R) (\\bar u_L u_R)"
      },
      "CTRR_eecc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\sigma^{\\mu \\nu} e_R) (\\bar c_L \\sigma_{\\mu \\nu} c_R)"
      },
      "CTRR_mumucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\sigma^{\\mu \\nu} \\mu_R) (\\bar c_L \\sigma_{\\mu \\nu} c_R)"
      },
      "CTRR_tautaucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\sigma^{\\mu \\nu} \\tau_R) (\\bar c_L \\sigma_{\\mu \\nu} c_R)"
      },
      "CV1LL_ccdd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu c_L) (\\bar d_L \\gamma_\\mu d_L)"
      },
      "CV1LL_ccss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu c_L) (\\bar s_L \\gamma_\\mu s_L)"
      },
      "CV1LL_uudd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu u_L) (\\bar d_L \\gamma_\\mu d_L)"
      },
      "CV1LL_uuss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu u_L) (\\bar s_L \\gamma_\\mu s_L)"
      },
      "CV1LR_cccc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu c_L)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CV1LR_ccdd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu c_L) (\\bar d_R \\gamma_\\mu d_R)"
      },
      "CV1LR_ccss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu c_L) (\\bar s_R \\gamma_\\mu s_R)"
      },
      "CV1LR_ccuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu c_L)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CV1LR_cddc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu d_L)(\\bar d_R \\gamma_\\mu c_R)"
      },
      "CV1LR_cssc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu s_L)(\\bar s_R \\gamma_\\mu c_R)"
      },
      "CV1LR_ddcc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L \\gamma^\\mu d_L)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CV1LR_dddd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L \\gamma^\\mu d_L)(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CV1LR_ddss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L \\gamma^\\mu d_L)(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CV1LR_dduu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L \\gamma^\\mu d_L)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CV1LR_dssd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L \\gamma^\\mu s_L)(\\bar s_R \\gamma_\\mu d_R)"
      },
      "CV1LR_sscc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar s_L \\gamma^\\mu s_L)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CV1LR_ssdd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar s_L \\gamma^\\mu s_L)(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CV1LR_ssss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar s_L \\gamma^\\mu s_L)(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CV1LR_ssuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar s_L \\gamma^\\mu s_L)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CV1LR_uccu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu c_L)(\\bar c_R \\gamma_\\mu u_R)"
      },
      "CV1LR_uddu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu d_L)(\\bar d_R \\gamma_\\mu u_R)"
      },
      "CV1LR_ussu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu s_L)(\\bar s_R \\gamma_\\mu u_R)"
      },
      "CV1LR_uucc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu u_L)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CV1LR_uudd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu u_L) (\\bar d_R \\gamma_\\mu d_R)"
      },
      "CV1LR_uuss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu u_L) (\\bar s_R \\gamma_\\mu s_R)"
      },
      "CV1LR_uuuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu u_L)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CV1RR_ccdd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_R \\gamma^\\mu c_R) (\\bar d_R \\gamma_\\mu d_R)"
      },
      "CV1RR_ccss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_R \\gamma^\\mu c_R) (\\bar s_R \\gamma_\\mu s_R)"
      },
      "CV1RR_uudd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_R \\gamma^\\mu u_R) (\\bar d_R \\gamma_\\mu d_R)"
      },
      "CV1RR_uuss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_R \\gamma^\\mu u_R) (\\bar s_R \\gamma_\\mu s_R)"
      },
      "CV8LL_ccdd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu T^A c_L) (\\bar d_L \\gamma_\\mu T^A d_L)"
      },
      "CV8LL_ccss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu T^A c_L) (\\bar s_L \\gamma_\\mu T^A s_L)"
      },
      "CV8LL_uudd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu T^A u_L) (\\bar d_L \\gamma_\\mu T^A d_L)"
      },
      "CV8LL_uuss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu T^A u_L) (\\bar s_L \\gamma_\\mu T^A s_L)"
      },
      "CV8LR_cccc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu T^A c_L)(\\bar c_R \\gamma_\\mu T^A c_R)"
      },
      "CV8LR_ccdd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu T^A c_L) (\\bar d_R \\gamma_\\mu T^A d_R)"
      },
      "CV8LR_ccss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu T^A c_L) (\\bar s_R \\gamma_\\mu T^A s_R)"
      },
      "CV8LR_ccuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu T^A c_L)(\\bar u_R \\gamma_\\mu T^A u_R)"
      },
      "CV8LR_cddc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu T^A d_L)(\\bar d_R \\gamma_\\mu T^A c_R)"
      },
      "CV8LR_cssc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu T^A s_L)(\\bar s_R \\gamma_\\mu T^A c_R)"
      },
      "CV8LR_ddcc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L \\gamma^\\mu T^A d_L)(\\bar c_R \\gamma_\\mu T^A c_R)"
      },
      "CV8LR_dddd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L \\gamma^\\mu T^A d_L)(\\bar d_R \\gamma_\\mu T^A d_R)"
      },
      "CV8LR_ddss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L \\gamma^\\mu T^A d_L)(\\bar s_R \\gamma_\\mu T^A s_R)"
      },
      "CV8LR_dduu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L \\gamma^\\mu T^A d_L)(\\bar u_R \\gamma_\\mu T^A u_R)"
      },
      "CV8LR_dssd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L \\gamma^\\mu T^A s_L)(\\bar s_R \\gamma_\\mu T^A d_R)"
      },
      "CV8LR_sscc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar s_L \\gamma^\\mu T^A s_L)(\\bar c_R \\gamma_\\mu T^A c_R)"
      },
      "CV8LR_ssdd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar s_L \\gamma^\\mu T^A s_L)(\\bar d_R \\gamma_\\mu T^A d_R)"
      },
      "CV8LR_ssss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar s_L \\gamma^\\mu T^A s_L)(\\bar s_R \\gamma_\\mu T^A s_R)"
      },
      "CV8LR_ssuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar s_L \\gamma^\\mu T^A s_L)(\\bar u_R \\gamma_\\mu T^A u_R)"
      },
      "CV8LR_uccu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu T^A c_L)(\\bar c_R \\gamma_\\mu T^A u_R)"
      },
      "CV8LR_uddu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu T^A d_L)(\\bar d_R \\gamma_\\mu T^A u_R)"
      },
      "CV8LR_ussu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu T^A s_L)(\\bar s_R \\gamma_\\mu T^A u_R)"
      },
      "CV8LR_uucc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu T^A u_L)(\\bar c_R \\gamma_\\mu T^A c_R)"
      },
      "CV8LR_uudd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu T^A u_L) (\\bar d_R \\gamma_\\mu T^A d_R)"
      },
      "CV8LR_uuss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu T^A u_L) (\\bar s_R \\gamma_\\mu T^A s_R)"
      },
      "CV8LR_uuuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu T^A u_L)(\\bar u_R \\gamma_\\mu T^A u_R)"
      },
      "CV8RR_ccdd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_R \\gamma^\\mu T^A c_R) (\\bar d_R \\gamma_\\mu T^A d_R)"
      },
      "CV8RR_ccss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_R \\gamma^\\mu T^A c_R) (\\bar s_R \\gamma_\\mu T^A s_R)"
      },
      "CV8RR_uudd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_R \\gamma^\\mu T^A u_R) (\\bar d_R \\gamma_\\mu T^A d_R)"
      },
      "CV8RR_uuss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_R \\gamma^\\mu T^A u_R) (\\bar s_R \\gamma_\\mu T^A s_R)"
      },
      "CVLL_cccc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu c_L)(\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVLL_dddd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L \\gamma^\\mu d_L)(\\bar d_L \\gamma_\\mu d_L)"
      },
      "CVLL_ddss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L \\gamma^\\mu d_L)(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVLL_dssd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L \\gamma^\\mu s_L)(\\bar s_L \\gamma_\\mu d_L)"
      },
      "CVLL_eecc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\gamma^\\mu e_L)(\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVLL_eedd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\gamma^\\mu e_L)(\\bar d_L \\gamma_\\mu d_L)"
      },
      "CVLL_eeee": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\gamma^\\mu e_L)(\\bar e_L \\gamma_\\mu e_L)"
      },
      "CVLL_eemumu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\gamma^\\mu e_L)(\\bar \\mu_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_eess": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\gamma^\\mu e_L)(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVLL_eetautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\gamma^\\mu e_L)(\\bar \\tau_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_eeuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\gamma^\\mu e_L)(\\bar u_L \\gamma_\\mu u_L)"
      },
      "CVLL_mumucc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\gamma^\\mu \\mu_L)(\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVLL_mumudd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\gamma^\\mu \\mu_L)(\\bar d_L \\gamma_\\mu d_L)"
      },
      "CVLL_mumumumu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\gamma^\\mu \\mu_L)(\\bar \\mu_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_mumuss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\gamma^\\mu \\mu_L)(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVLL_mumutautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\gamma^\\mu \\mu_L)(\\bar \\tau_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_mumuuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\gamma^\\mu \\mu_L)(\\bar u_L \\gamma_\\mu u_L)"
      },
      "CVLL_ssss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar s_L \\gamma^\\mu s_L)(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVLL_tautaucc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\gamma^\\mu \\tau_L)(\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVLL_tautaudd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\gamma^\\mu \\tau_L)(\\bar d_L \\gamma_\\mu d_L)"
      },
      "CVLL_tautauss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\gamma^\\mu \\tau_L)(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVLL_tautautautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\gamma^\\mu \\tau_L)(\\bar \\tau_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_tautauuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\gamma^\\mu \\tau_L)(\\bar u_L \\gamma_\\mu u_L)"
      },
      "CVLL_uccu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu c_L)(\\bar c_L \\gamma_\\mu u_L)"
      },
      "CVLL_uucc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu u_L)(\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVLL_uuuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu u_L)(\\bar u_L \\gamma_\\mu u_L)"
      },
      "CVLR_ccee": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu c_L)(\\bar e_R \\gamma_\\mu e_R)"
      },
      "CVLR_ccmumu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu c_L)(\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_cctautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_L \\gamma^\\mu c_L)(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_ddee": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L \\gamma^\\mu d_L) (\\bar e_R \\gamma_\\mu e_R)"
      },
      "CVLR_ddmumu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L \\gamma^\\mu d_L) (\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_ddtautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_L \\gamma^\\mu d_L) (\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_eecc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\gamma^\\mu e_L)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVLR_eedd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\gamma^\\mu e_L)(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVLR_eeee": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\gamma^\\mu e_L)(\\bar e_R \\gamma_\\mu e_R)"
      },
      "CVLR_eemumu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\gamma^\\mu e_L)(\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_eess": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\gamma^\\mu e_L)(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVLR_eetautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\gamma^\\mu e_L)(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_eeuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\gamma^\\mu e_L)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVLR_emumue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\gamma^\\mu \\mu_L)(\\bar \\mu_R \\gamma_\\mu e_R)"
      },
      "CVLR_etautaue": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_L \\gamma^\\mu \\tau_L)(\\bar \\tau_R \\gamma_\\mu e_R)"
      },
      "CVLR_mumucc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\gamma^\\mu \\mu_L)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVLR_mumudd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\gamma^\\mu \\mu_L)(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVLR_mumuee": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\gamma^\\mu \\mu_L)(\\bar e_R \\gamma_\\mu e_R)"
      },
      "CVLR_mumumumu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\gamma^\\mu \\mu_L)(\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_mumuss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\gamma^\\mu \\mu_L)(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVLR_mumutautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\gamma^\\mu \\mu_L)(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_mumuuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\gamma^\\mu \\mu_L)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVLR_mutautaumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_L \\gamma^\\mu \\tau_L)(\\bar \\tau_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_ssee": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar s_L \\gamma^\\mu s_L) (\\bar e_R \\gamma_\\mu e_R)"
      },
      "CVLR_ssmumu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar s_L \\gamma^\\mu s_L) (\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_sstautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar s_L \\gamma^\\mu s_L) (\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_tautaucc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\gamma^\\mu \\tau_L)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVLR_tautaudd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\gamma^\\mu \\tau_L)(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVLR_tautauee": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\gamma^\\mu \\tau_L)(\\bar e_R \\gamma_\\mu e_R)"
      },
      "CVLR_tautaumumu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\gamma^\\mu \\tau_L)(\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_tautauss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\gamma^\\mu \\tau_L)(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVLR_tautautautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\gamma^\\mu \\tau_L)(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_tautauuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_L \\gamma^\\mu \\tau_L)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVLR_uuee": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu u_L)(\\bar e_R \\gamma_\\mu e_R)"
      },
      "CVLR_uumumu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu u_L)(\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_uutautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_L \\gamma^\\mu u_L)(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVRR_cccc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar c_R \\gamma^\\mu c_R)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVRR_dddd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_R \\gamma^\\mu d_R)(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVRR_ddss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_R \\gamma^\\mu d_R)(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVRR_dssd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar d_R \\gamma^\\mu s_R)(\\bar s_R \\gamma_\\mu d_R)"
      },
      "CVRR_eecc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_R \\gamma^\\mu e_R)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVRR_eedd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_R \\gamma^\\mu e_R) (\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVRR_eeee": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_R \\gamma^\\mu e_R)(\\bar e_R \\gamma_\\mu e_R)"
      },
      "CVRR_eemumu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_R \\gamma^\\mu e_R)(\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVRR_eess": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_R \\gamma^\\mu e_R) (\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVRR_eetautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_R \\gamma^\\mu e_R)(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVRR_eeuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar e_R \\gamma^\\mu e_R)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVRR_mumucc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_R \\gamma^\\mu \\mu_R)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVRR_mumudd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_R \\gamma^\\mu \\mu_R) (\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVRR_mumumumu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_R \\gamma^\\mu \\mu_R)(\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVRR_mumuss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_R \\gamma^\\mu \\mu_R) (\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVRR_mumutautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_R \\gamma^\\mu \\mu_R)(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVRR_mumuuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\mu_R \\gamma^\\mu \\mu_R)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVRR_ssss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar s_R \\gamma^\\mu s_R)(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVRR_tautaucc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_R \\gamma^\\mu \\tau_R)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVRR_tautaudd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_R \\gamma^\\mu \\tau_R) (\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVRR_tautauss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_R \\gamma^\\mu \\tau_R) (\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVRR_tautautautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_R \\gamma^\\mu \\tau_R)(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVRR_tautauuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\tau_R \\gamma^\\mu \\tau_R)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVRR_uccu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_R \\gamma^\\mu c_R)(\\bar c_R \\gamma_\\mu u_R)"
      },
      "CVRR_uucc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_R \\gamma^\\mu u_R)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVRR_uuuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar u_R \\gamma^\\mu u_R)(\\bar u_R \\gamma_\\mu u_R)"
      }
    },
    "mue": {
      "Cgamma_mue": {
        "tex": "\\bar e_L \\sigma^{\\mu \\nu} \\mu_R\\, F_{\\mu \\nu}"
      },
      "Cgamma_emu": {
        "tex": "\\bar \\mu_L \\sigma^{\\mu \\nu} e_R\\, F_{\\mu \\nu}"
      },
      "CVLL_eemue": {
        "tex": "(\\bar e_L \\gamma^\\mu e_L)(\\bar e_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_muemumu": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar \\mu_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_muetautau": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar \\tau_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_mueuu": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar u_L \\gamma_\\mu u_L)"
      },
      "CVLL_muecc": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVLL_muedd": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar d_L \\gamma_\\mu d_L)"
      },
      "CVLL_muess": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVRR_eemue": {
        "tex": "(\\bar e_R \\gamma^\\mu e_R)(\\bar e_R \\gamma_\\mu \\mu_R)"
      },
      "CVRR_muemumu": {
        "tex": "(\\bar e_R \\gamma^\\mu \\mu_R)(\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVRR_muetautau": {
        "tex": "(\\bar e_R \\gamma^\\mu \\mu_R)(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVRR_mueuu": {
        "tex": "(\\bar e_R \\gamma^\\mu \\mu_R)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVRR_muecc": {
        "tex": "(\\bar e_R \\gamma^\\mu \\mu_R)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVRR_muedd": {
        "tex": "(\\bar e_R \\gamma^\\mu \\mu_R) (\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVRR_muess": {
        "tex": "(\\bar e_R \\gamma^\\mu \\mu_R) (\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVLR_eemue": {
        "tex": "(\\bar e_L \\gamma^\\mu e_L)(\\bar e_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_mueee": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar e_R \\gamma_\\mu e_R)"
      },
      "CVLR_muemumu": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_muetautau": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_tauemutau": {
        "tex": "(\\bar e_L \\gamma^\\mu \\tau_L)(\\bar \\tau_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_mumumue": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\mu_L)(\\bar e_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_taumuetau": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\tau_L)(\\bar \\tau_R \\gamma_\\mu e_R)"
      },
      "CVLR_tautaumue": {
        "tex": "(\\bar \\tau_L \\gamma^\\mu \\tau_L)(\\bar e_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_mueuu": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVLR_muecc": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVLR_muedd": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVLR_muess": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVLR_uumue": {
        "tex": "(\\bar u_L \\gamma^\\mu u_L)(\\bar e_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_ccmue": {
        "tex": "(\\bar c_L \\gamma^\\mu c_L)(\\bar e_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_ddmue": {
        "tex": "(\\bar d_L \\gamma^\\mu d_L) (\\bar e_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_ssmue": {
        "tex": "(\\bar s_L \\gamma^\\mu s_L) (\\bar e_R \\gamma_\\mu \\mu_R)"
      },
      "CSRL_mueuu": {
        "tex": "(\\bar e_L \\mu_R) (\\bar u_R u_L)"
      },
      "CSRL_muecc": {
        "tex": "(\\bar e_L \\mu_R) (\\bar c_R c_L)"
      },
      "CSRL_emuuu": {
        "tex": "(\\bar \\mu_L e_R) (\\bar u_R u_L)"
      },
      "CSRL_emucc": {
        "tex": "(\\bar \\mu_L e_R) (\\bar c_R c_L)"
      },
      "CSRL_muedd": {
        "tex": "(\\bar e_L \\mu_R) (\\bar d_R d_L)"
      },
      "CSRL_muess": {
        "tex": "(\\bar e_L \\mu_R) (\\bar s_R s_L)"
      },
      "CSRL_emudd": {
        "tex": "(\\bar \\mu_L e_R) (\\bar d_R d_L)"
      },
      "CSRL_emuss": {
        "tex": "(\\bar \\mu_L e_R) (\\bar s_R s_L)"
      },
      "CSRR_eemue": {
        "tex": "(\\bar e_L e_R) (\\bar e_L \\mu_R)"
      },
      "CSRR_eeemu": {
        "tex": "(\\bar e_L e_R) (\\bar \\mu_L e_R)"
      },
      "CSRR_muemumu": {
        "tex": "(\\bar e_L \\mu_R) (\\bar \\mu_L \\mu_R)"
      },
      "CSRR_muetautau": {
        "tex": "(\\bar e_L \\mu_R) (\\bar \\tau_L \\tau_R)"
      },
      "CSRR_tauemutau": {
        "tex": "(\\bar e_L \\tau_R) (\\bar \\tau_L \\mu_R)"
      },
      "CSRR_emumumu": {
        "tex": "(\\bar \\mu_L e_R) (\\bar \\mu_L \\mu_R)"
      },
      "CSRR_emutautau": {
        "tex": "(\\bar \\mu_L e_R) (\\bar \\tau_L \\tau_R)"
      },
      "CSRR_taumuetau": {
        "tex": "(\\bar \\mu_L \\tau_R) (\\bar \\tau_L e_R)"
      },
      "CSRR_mueuu": {
        "tex": "(\\bar e_L \\mu_R) (\\bar u_L u_R)"
      },
      "CSRR_muecc": {
        "tex": "(\\bar e_L \\mu_R) (\\bar c_L c_R)"
      },
      "CSRR_emuuu": {
        "tex": "(\\bar \\mu_L e_R) (\\bar u_L u_R)"
      },
      "CSRR_emucc": {
        "tex": "(\\bar \\mu_L e_R) (\\bar c_L c_R)"
      },
      "CTRR_mueuu": {
        "tex": "(\\bar e_L \\sigma^{\\mu \\nu} \\mu_R) (\\bar u_L \\sigma_{\\mu \\nu} u_R)"
      },
      "CTRR_muecc": {
        "tex": "(\\bar e_L \\sigma^{\\mu \\nu} \\mu_R) (\\bar c_L \\sigma_{\\mu \\nu} c_R)"
      },
      "CTRR_emuuu": {
        "tex": "(\\bar \\mu_L \\sigma^{\\mu \\nu} e_R) (\\bar u_L \\sigma_{\\mu \\nu} u_R)"
      },
      "CTRR_emucc": {
        "tex": "(\\bar \\mu_L \\sigma^{\\mu \\nu} e_R) (\\bar c_L \\sigma_{\\mu \\nu} c_R)"
      },
      "CSRR_muedd": {
        "tex": "(\\bar e_L \\mu_R)(\\bar d_L d_R)"
      },
      "CSRR_muess": {
        "tex": "(\\bar e_L \\mu_R)(\\bar s_L s_R)"
      },
      "CSRR_emudd": {
        "tex": "(\\bar \\mu_L e_R)(\\bar d_L d_R)"
      },
      "CSRR_emuss": {
        "tex": "(\\bar \\mu_L e_R)(\\bar s_L s_R)"
      },
      "CTRR_muedd": {
        "tex": "(\\bar e_L \\sigma^{\\mu \\nu} \\mu_R) (\\bar d_L \\sigma_{\\mu \\nu} d_R)"
      },
      "CTRR_muess": {
        "tex": "(\\bar e_L \\sigma^{\\mu \\nu} \\mu_R) (\\bar s_L \\sigma_{\\mu \\nu} s_R)"
      },
      "CTRR_emudd": {
        "tex": "(\\bar \\mu_L \\sigma^{\\mu \\nu} e_R) (\\bar d_L \\sigma_{\\mu \\nu} d_R)"
      },
      "CTRR_emuss": {
        "tex": "(\\bar \\mu_L \\sigma^{\\mu \\nu} e_R) (\\bar s_L \\sigma_{\\mu \\nu} s_R)"
      }
    },
    "mutau": {
      "Cgamma_taumu": {
        "tex": "\\bar \\mu_L \\sigma^{\\mu \\nu} \\tau_R\\, F_{\\mu \\nu}"
      },
      "Cgamma_mutau": {
        "tex": "\\bar \\tau_L \\sigma^{\\mu \\nu} \\mu_R\\, F_{\\mu \\nu}"
      },
      "CVLL_eetaumu": {
        "tex": "(\\bar e_L \\gamma^\\mu e_L)(\\bar \\mu_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_mumutaumu": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\mu_L)(\\bar \\mu_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_taumutautau": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\tau_L)(\\bar \\tau_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_taumuuu": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\tau_L)(\\bar u_L \\gamma_\\mu u_L)"
      },
      "CVLL_taumucc": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\tau_L)(\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVLL_taumudd": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\tau_L)(\\bar d_L \\gamma_\\mu d_L)"
      },
      "CVLL_taumuss": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\tau_L)(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVRR_eetaumu": {
        "tex": "(\\bar e_R \\gamma^\\mu e_R)(\\bar \\mu_R \\gamma_\\mu \\tau_R)"
      },
      "CVRR_mumutaumu": {
        "tex": "(\\bar \\mu_R \\gamma^\\mu \\mu_R)(\\bar \\mu_R \\gamma_\\mu \\tau_R)"
      },
      "CVRR_taumutautau": {
        "tex": "(\\bar \\mu_R \\gamma^\\mu \\tau_R)(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVRR_taumuuu": {
        "tex": "(\\bar \\mu_R \\gamma^\\mu \\tau_R)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVRR_taumucc": {
        "tex": "(\\bar \\mu_R \\gamma^\\mu \\tau_R)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVRR_taumudd": {
        "tex": "(\\bar \\mu_R \\gamma^\\mu \\tau_R) (\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVRR_taumuss": {
        "tex": "(\\bar \\mu_R \\gamma^\\mu \\tau_R) (\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVLR_eetaumu": {
        "tex": "(\\bar e_L \\gamma^\\mu e_L)(\\bar \\mu_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_mueetau": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar \\tau_R \\gamma_\\mu e_R)"
      },
      "CVLR_taueemu": {
        "tex": "(\\bar e_L \\gamma^\\mu \\tau_L)(\\bar \\mu_R \\gamma_\\mu e_R)"
      },
      "CVLR_mumutaumu": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\mu_L)(\\bar \\mu_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_taumuee": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\tau_L)(\\bar e_R \\gamma_\\mu e_R)"
      },
      "CVLR_taumumumu": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\tau_L)(\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_taumutautau": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\tau_L)(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_tautautaumu": {
        "tex": "(\\bar \\tau_L \\gamma^\\mu \\tau_L)(\\bar \\mu_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_taumuuu": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\tau_L)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVLR_taumucc": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\tau_L)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVLR_taumudd": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\tau_L)(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVLR_taumuss": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\tau_L)(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVLR_uutaumu": {
        "tex": "(\\bar u_L \\gamma^\\mu u_L)(\\bar \\mu_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_cctaumu": {
        "tex": "(\\bar c_L \\gamma^\\mu c_L)(\\bar \\mu_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_ddtaumu": {
        "tex": "(\\bar d_L \\gamma^\\mu d_L) (\\bar \\mu_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_sstaumu": {
        "tex": "(\\bar s_L \\gamma^\\mu s_L) (\\bar \\mu_R \\gamma_\\mu \\tau_R)"
      },
      "CSRL_taumuuu": {
        "tex": "(\\bar \\mu_L \\tau_R) (\\bar u_R u_L)"
      },
      "CSRL_taumucc": {
        "tex": "(\\bar \\mu_L \\tau_R) (\\bar c_R c_L)"
      },
      "CSRL_mutauuu": {
        "tex": "(\\bar \\tau_L \\mu_R) (\\bar u_R u_L)"
      },
      "CSRL_mutaucc": {
        "tex": "(\\bar \\tau_L \\mu_R) (\\bar c_R c_L)"
      },
      "CSRL_taumudd": {
        "tex": "(\\bar \\mu_L \\tau_R) (\\bar d_R d_L)"
      },
      "CSRL_taumuss": {
        "tex": "(\\bar \\mu_L \\tau_R) (\\bar s_R s_L)"
      },
      "CSRL_mutaudd": {
        "tex": "(\\bar \\tau_L \\mu_R) (\\bar d_R d_L)"
      },
      "CSRL_mutauss": {
        "tex": "(\\bar \\tau_L \\mu_R) (\\bar s_R s_L)"
      },
      "CSRR_eetaumu": {
        "tex": "(\\bar e_L e_R) (\\bar \\mu_L \\tau_R)"
      },
      "CSRR_eemutau": {
        "tex": "(\\bar e_L e_R) (\\bar \\tau_L \\mu_R)"
      },
      "CSRR_mueetau": {
        "tex": "(\\bar e_L \\mu_R) (\\bar \\tau_L e_R)"
      },
      "CSRR_taueemu": {
        "tex": "(\\bar e_L \\tau_R) (\\bar \\mu_L e_R)"
      },
      "CSRR_mumutaumu": {
        "tex": "(\\bar \\mu_L \\mu_R) (\\bar \\mu_L \\tau_R)"
      },
      "CSRR_mumumutau": {
        "tex": "(\\bar \\mu_L \\mu_R) (\\bar \\tau_L \\mu_R)"
      },
      "CSRR_taumutautau": {
        "tex": "(\\bar \\mu_L \\tau_R) (\\bar \\tau_L \\tau_R)"
      },
      "CSRR_mutautautau": {
        "tex": "(\\bar \\tau_L \\mu_R) (\\bar \\tau_L \\tau_R)"
      },
      "CSRR_taumuuu": {
        "tex": "(\\bar \\mu_L \\tau_R) (\\bar u_L u_R)"
      },
      "CSRR_taumucc": {
        "tex": "(\\bar \\mu_L \\tau_R) (\\bar c_L c_R)"
      },
      "CSRR_mutauuu": {
        "tex": "(\\bar \\tau_L \\mu_R) (\\bar u_L u_R)"
      },
      "CSRR_mutaucc": {
        "tex": "(\\bar \\tau_L \\mu_R) (\\bar c_L c_R)"
      },
      "CTRR_taumuuu": {
        "tex": "(\\bar \\mu_L \\sigma^{\\mu \\nu} \\tau_R) (\\bar u_L \\sigma_{\\mu \\nu} u_R)"
      },
      "CTRR_taumucc": {
        "tex": "(\\bar \\mu_L \\sigma^{\\mu \\nu} \\tau_R) (\\bar c_L \\sigma_{\\mu \\nu} c_R)"
      },
      "CTRR_mutauuu": {
        "tex": "(\\bar \\tau_L \\sigma^{\\mu \\nu} \\mu_R) (\\bar u_L \\sigma_{\\mu \\nu} u_R)"
      },
      "CTRR_mutaucc": {
        "tex": "(\\bar \\tau_L \\sigma^{\\mu \\nu} \\mu_R) (\\bar c_L \\sigma_{\\mu \\nu} c_R)"
      },
      "CSRR_taumudd": {
        "tex": "(\\bar \\mu_L \\tau_R)(\\bar d_L d_R)"
      },
      "CSRR_taumuss": {
        "tex": "(\\bar \\mu_L \\tau_R)(\\bar s_L s_R)"
      },
      "CSRR_mutaudd": {
        "tex": "(\\bar \\tau_L \\mu_R)(\\bar d_L d_R)"
      },
      "CSRR_mutauss": {
        "tex": "(\\bar \\tau_L \\mu_R)(\\bar s_L s_R)"
      },
      "CTRR_taumudd": {
        "tex": "(\\bar \\mu_L \\sigma^{\\mu \\nu} \\tau_R) (\\bar d_L \\sigma_{\\mu \\nu} d_R)"
      },
      "CTRR_taumuss": {
        "tex": "(\\bar \\mu_L \\sigma^{\\mu \\nu} \\tau_R) (\\bar s_L \\sigma_{\\mu \\nu} s_R)"
      },
      "CTRR_mutaudd": {
        "tex": "(\\bar \\tau_L \\sigma^{\\mu \\nu} \\mu_R) (\\bar d_L \\sigma_{\\mu \\nu} d_R)"
      },
      "CTRR_mutauss": {
        "tex": "(\\bar \\tau_L \\sigma^{\\mu \\nu} \\mu_R) (\\bar s_L \\sigma_{\\mu \\nu} s_R)"
      }
    },
    "taue": {
      "Cgamma_taue": {
        "tex": "\\bar e_L \\sigma^{\\mu \\nu} \\tau_R\\, F_{\\mu \\nu}"
      },
      "Cgamma_etau": {
        "tex": "\\bar \\tau_L \\sigma^{\\mu \\nu} e_R\\, F_{\\mu \\nu}"
      },
      "CVLL_eetaue": {
        "tex": "(\\bar e_L \\gamma^\\mu e_L)(\\bar e_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_muetaumu": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar \\mu_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_tauetautau": {
        "tex": "(\\bar e_L \\gamma^\\mu \\tau_L)(\\bar \\tau_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_taueuu": {
        "tex": "(\\bar e_L \\gamma^\\mu \\tau_L)(\\bar u_L \\gamma_\\mu u_L)"
      },
      "CVLL_tauecc": {
        "tex": "(\\bar e_L \\gamma^\\mu \\tau_L)(\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVLL_tauedd": {
        "tex": "(\\bar e_L \\gamma^\\mu \\tau_L)(\\bar d_L \\gamma_\\mu d_L)"
      },
      "CVLL_tauess": {
        "tex": "(\\bar e_L \\gamma^\\mu \\tau_L)(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVRR_eetaue": {
        "tex": "(\\bar e_R \\gamma^\\mu e_R)(\\bar e_R \\gamma_\\mu \\tau_R)"
      },
      "CVRR_muetaumu": {
        "tex": "(\\bar e_R \\gamma^\\mu \\mu_R)(\\bar \\mu_R \\gamma_\\mu \\tau_R)"
      },
      "CVRR_tauetautau": {
        "tex": "(\\bar e_R \\gamma^\\mu \\tau_R)(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVRR_taueuu": {
        "tex": "(\\bar e_R \\gamma^\\mu \\tau_R)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVRR_tauecc": {
        "tex": "(\\bar e_R \\gamma^\\mu \\tau_R)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVRR_tauedd": {
        "tex": "(\\bar e_R \\gamma^\\mu \\tau_R) (\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVRR_tauess": {
        "tex": "(\\bar e_R \\gamma^\\mu \\tau_R) (\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVLR_eetaue": {
        "tex": "(\\bar e_L \\gamma^\\mu e_L)(\\bar e_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_muetaumu": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar \\mu_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_taueee": {
        "tex": "(\\bar e_L \\gamma^\\mu \\tau_L)(\\bar e_R \\gamma_\\mu e_R)"
      },
      "CVLR_tauemumu": {
        "tex": "(\\bar e_L \\gamma^\\mu \\tau_L)(\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_tauetautau": {
        "tex": "(\\bar e_L \\gamma^\\mu \\tau_L)(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_mumutaue": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\mu_L)(\\bar e_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_taumumue": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\tau_L)(\\bar e_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_tautautaue": {
        "tex": "(\\bar \\tau_L \\gamma^\\mu \\tau_L)(\\bar e_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_taueuu": {
        "tex": "(\\bar e_L \\gamma^\\mu \\tau_L)(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVLR_tauecc": {
        "tex": "(\\bar e_L \\gamma^\\mu \\tau_L)(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVLR_tauedd": {
        "tex": "(\\bar e_L \\gamma^\\mu \\tau_L)(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVLR_tauess": {
        "tex": "(\\bar e_L \\gamma^\\mu \\tau_L)(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVLR_uutaue": {
        "tex": "(\\bar u_L \\gamma^\\mu u_L)(\\bar e_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_cctaue": {
        "tex": "(\\bar c_L \\gamma^\\mu c_L)(\\bar e_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_ddtaue": {
        "tex": "(\\bar d_L \\gamma^\\mu d_L) (\\bar e_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_sstaue": {
        "tex": "(\\bar s_L \\gamma^\\mu s_L) (\\bar e_R \\gamma_\\mu \\tau_R)"
      },
      "CSRL_taueuu": {
        "tex": "(\\bar e_L \\tau_R) (\\bar u_R u_L)"
      },
      "CSRL_tauecc": {
        "tex": "(\\bar e_L \\tau_R) (\\bar c_R c_L)"
      },
      "CSRL_etauuu": {
        "tex": "(\\bar \\tau_L e_R) (\\bar u_R u_L)"
      },
      "CSRL_etaucc": {
        "tex": "(\\bar \\tau_L e_R) (\\bar c_R c_L)"
      },
      "CSRL_tauedd": {
        "tex": "(\\bar e_L \\tau_R) (\\bar d_R d_L)"
      },
      "CSRL_tauess": {
        "tex": "(\\bar e_L \\tau_R) (\\bar s_R s_L)"
      },
      "CSRL_etaudd": {
        "tex": "(\\bar \\tau_L e_R) (\\bar d_R d_L)"
      },
      "CSRL_etauss": {
        "tex": "(\\bar \\tau_L e_R) (\\bar s_R s_L)"
      },
      "CSRR_eetaue": {
        "tex": "(\\bar e_L e_R) (\\bar e_L \\tau_R)"
      },
      "CSRR_eeetau": {
        "tex": "(\\bar e_L e_R) (\\bar \\tau_L e_R)"
      },
      "CSRR_muetaumu": {
        "tex": "(\\bar e_L \\mu_R) (\\bar \\mu_L \\tau_R)"
      },
      "CSRR_tauemumu": {
        "tex": "(\\bar e_L \\tau_R) (\\bar \\mu_L \\mu_R)"
      },
      "CSRR_tauetautau": {
        "tex": "(\\bar e_L \\tau_R) (\\bar \\tau_L \\tau_R)"
      },
      "CSRR_emumutau": {
        "tex": "(\\bar \\mu_L e_R) (\\bar \\tau_L \\mu_R)"
      },
      "CSRR_mumuetau": {
        "tex": "(\\bar \\mu_L \\mu_R) (\\bar \\tau_L e_R)"
      },
      "CSRR_etautautau": {
        "tex": "(\\bar \\tau_L e_R) (\\bar \\tau_L \\tau_R)"
      },
      "CSRR_taueuu": {
        "tex": "(\\bar e_L \\tau_R) (\\bar u_L u_R)"
      },
      "CSRR_tauecc": {
        "tex": "(\\bar e_L \\tau_R) (\\bar c_L c_R)"
      },
      "CSRR_etauuu": {
        "tex": "(\\bar \\tau_L e_R) (\\bar u_L u_R)"
      },
      "CSRR_etaucc": {
        "tex": "(\\bar \\tau_L e_R) (\\bar c_L c_R)"
      },
      "CTRR_taueuu": {
        "tex": "(\\bar e_L \\sigma^{\\mu \\nu} \\tau_R) (\\bar u_L \\sigma_{\\mu \\nu} u_R)"
      },
      "CTRR_tauecc": {
        "tex": "(\\bar e_L \\sigma^{\\mu \\nu} \\tau_R) (\\bar c_L \\sigma_{\\mu \\nu} c_R)"
      },
      "CTRR_etauuu": {
        "tex": "(\\bar \\tau_L \\sigma^{\\mu \\nu} e_R) (\\bar u_L \\sigma_{\\mu \\nu} u_R)"
      },
      "CTRR_etaucc": {
        "tex": "(\\bar \\tau_L \\sigma^{\\mu \\nu} e_R) (\\bar c_L \\sigma_{\\mu \\nu} c_R)"
      },
      "CSRR_tauedd": {
        "tex": "(\\bar e_L \\tau_R)(\\bar d_L d_R)"
      },
      "CSRR_tauess": {
        "tex": "(\\bar e_L \\tau_R)(\\bar s_L s_R)"
      },
      "CSRR_etaudd": {
        "tex": "(\\bar \\tau_L e_R)(\\bar d_L d_R)"
      },
      "CSRR_etauss": {
        "tex": "(\\bar \\tau_L e_R)(\\bar s_L s_R)"
      },
      "CTRR_tauedd": {
        "tex": "(\\bar e_L \\sigma^{\\mu \\nu} \\tau_R) (\\bar d_L \\sigma_{\\mu \\nu} d_R)"
      },
      "CTRR_tauess": {
        "tex": "(\\bar e_L \\sigma^{\\mu \\nu} \\tau_R) (\\bar s_L \\sigma_{\\mu \\nu} s_R)"
      },
      "CTRR_etaudd": {
        "tex": "(\\bar \\tau_L \\sigma^{\\mu \\nu} e_R) (\\bar d_L \\sigma_{\\mu \\nu} d_R)"
      },
      "CTRR_etauss": {
        "tex": "(\\bar \\tau_L \\sigma^{\\mu \\nu} e_R) (\\bar s_L \\sigma_{\\mu \\nu} s_R)"
      }
    },
    "nunumue": {
      "CVLL_nuenuemue": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar e_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_numunueemu": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\mu_L \\gamma_\\mu e_L)"
      },
      "CVLL_numunuemue": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar e_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_numunumumue": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar e_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_nutaunueemu": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\mu_L \\gamma_\\mu e_L)"
      },
      "CVLL_nutaunuemue": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_nutaunumuemu": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\mu_L \\gamma_\\mu e_L)"
      },
      "CVLL_nutaunumumue": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_nutaunutaumue": {
        "tex": "(\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_L \\gamma_\\mu \\mu_L)"
      },
      "CVLR_nuenuemue": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar e_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_numunueemu": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\mu_R \\gamma_\\mu e_R)"
      },
      "CVLR_numunuemue": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar e_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_numunumumue": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar e_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_nutaunueemu": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\mu_R \\gamma_\\mu e_R)"
      },
      "CVLR_nutaunuemue": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_nutaunumuemu": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\mu_R \\gamma_\\mu e_R)"
      },
      "CVLR_nutaunumumue": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_nutaunutaumue": {
        "tex": "(\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_R \\gamma_\\mu \\mu_R)"
      }
    },
    "nunumutau": {
      "CVLL_nuenuetaumu": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar \\mu_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_numunuemutau": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\tau_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_numunuetaumu": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\mu_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_numunumutaumu": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\mu_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_nutaunuemutau": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\tau_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_nutaunuetaumu": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\mu_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_nutaunumumutau": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\tau_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_nutaunumutaumu": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\mu_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_nutaunutautaumu": {
        "tex": "(\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\mu_L \\gamma_\\mu \\tau_L)"
      },
      "CVLR_nuenuetaumu": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar \\mu_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_numunuemutau": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\tau_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_numunuetaumu": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\mu_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_numunumutaumu": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\mu_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_nutaunuemutau": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\tau_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_nutaunuetaumu": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\mu_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_nutaunumumutau": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\tau_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_nutaunumutaumu": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\mu_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_nutaunutautaumu": {
        "tex": "(\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\mu_R \\gamma_\\mu \\tau_R)"
      }
    },
    "nunutaue": {
      "CVLL_nuenuetaue": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar e_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_numunueetau": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\tau_L \\gamma_\\mu e_L)"
      },
      "CVLL_numunuetaue": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar e_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_numunumutaue": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar e_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_nutaunueetau": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\tau_L \\gamma_\\mu e_L)"
      },
      "CVLL_nutaunuetaue": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_nutaunumuetau": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\tau_L \\gamma_\\mu e_L)"
      },
      "CVLL_nutaunumutaue": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_nutaunutautaue": {
        "tex": "(\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_L \\gamma_\\mu \\tau_L)"
      },
      "CVLR_nuenuetaue": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar e_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_numunueetau": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\tau_R \\gamma_\\mu e_R)"
      },
      "CVLR_numunuetaue": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar e_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_numunumutaue": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar e_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_nutaunueetau": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\tau_R \\gamma_\\mu e_R)"
      },
      "CVLR_nutaunuetaue": {
        "tex": "(\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_nutaunumuetau": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\tau_R \\gamma_\\mu e_R)"
      },
      "CVLR_nutaunumutaue": {
        "tex": "(\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_nutaunutautaue": {
        "tex": "(\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_R \\gamma_\\mu \\tau_R)"
      }
    },
    "ffnunu": {
      "CVLL_nuenuecc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL}) (\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVLL_nuenuedd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar d_L \\gamma_\\mu d_L)"
      },
      "CVLL_nuenueee": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar e_L \\gamma_\\mu e_L)"
      },
      "CVLL_nuenuemumu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar \\mu_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_nuenuess": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVLL_nuenuetautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar \\tau_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_nuenueuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL}) (\\bar u_L \\gamma_\\mu u_L)"
      },
      "CVLL_nuenumucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L}) (\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVLL_nuenumudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar d_L \\gamma_\\mu d_L)"
      },
      "CVLL_nuenumuee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar e_L \\gamma_\\mu e_L)"
      },
      "CVLL_nuenumumumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\mu_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_nuenumuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVLL_nuenumutautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\tau_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_nuenumuuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L}) (\\bar u_L \\gamma_\\mu u_L)"
      },
      "CVLL_nuenutaucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L}) (\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVLL_nuenutaudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar d_L \\gamma_\\mu d_L)"
      },
      "CVLL_nuenutauee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_L \\gamma_\\mu e_L)"
      },
      "CVLL_nuenutaumumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\mu_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_nuenutauss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVLL_nuenutautautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\tau_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_nuenutauuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L}) (\\bar u_L \\gamma_\\mu u_L)"
      },
      "CVLL_numunumucc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L}) (\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVLL_numunumudd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar d_L \\gamma_\\mu d_L)"
      },
      "CVLL_numunumuee": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar e_L \\gamma_\\mu e_L)"
      },
      "CVLL_numunumumumu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\mu_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_numunumuss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVLL_numunumutautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\tau_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_numunumuuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L}) (\\bar u_L \\gamma_\\mu u_L)"
      },
      "CVLL_numunutaucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L}) (\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVLL_numunutaudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar d_L \\gamma_\\mu d_L)"
      },
      "CVLL_numunutauee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_L \\gamma_\\mu e_L)"
      },
      "CVLL_numunutaumumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\mu_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_numunutauss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVLL_numunutautautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\tau_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_numunutauuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L}) (\\bar u_L \\gamma_\\mu u_L)"
      },
      "CVLL_nutaunutaucc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L}) (\\bar c_L \\gamma_\\mu c_L)"
      },
      "CVLL_nutaunutaudd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar d_L \\gamma_\\mu d_L)"
      },
      "CVLL_nutaunutauee": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_L \\gamma_\\mu e_L)"
      },
      "CVLL_nutaunutaumumu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\mu_L \\gamma_\\mu \\mu_L)"
      },
      "CVLL_nutaunutauss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar s_L \\gamma_\\mu s_L)"
      },
      "CVLL_nutaunutautautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\tau_L \\gamma_\\mu \\tau_L)"
      },
      "CVLL_nutaunutauuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L}) (\\bar u_L \\gamma_\\mu u_L)"
      },
      "CVLR_nuenuecc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVLR_nuenuedd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVLR_nuenueee": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar e_R \\gamma_\\mu e_R)"
      },
      "CVLR_nuenuemumu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_nuenuess": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVLR_nuenuetautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_nuenueuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{eL})(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVLR_nuenumucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVLR_nuenumudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVLR_nuenumuee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar e_R \\gamma_\\mu e_R)"
      },
      "CVLR_nuenumumumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_nuenumuss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVLR_nuenumutautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_nuenumuuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\mu L})(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVLR_nuenutaucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVLR_nuenutaudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVLR_nuenutauee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_R \\gamma_\\mu e_R)"
      },
      "CVLR_nuenutaumumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_nuenutauss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVLR_nuenutautautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_nuenutauuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{eL} \\gamma^\\mu \\nu_{\\tau L})(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVLR_numunumucc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVLR_numunumudd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVLR_numunumuee": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar e_R \\gamma_\\mu e_R)"
      },
      "CVLR_numunumumumu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_numunumuss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVLR_numunumutautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_numunumuuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\mu L})(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVLR_numunutaucc": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVLR_numunutaudd": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVLR_numunutauee": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_R \\gamma_\\mu e_R)"
      },
      "CVLR_numunutaumumu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_numunutauss": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVLR_numunutautautau": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_numunutauuu": {
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\mu L} \\gamma^\\mu \\nu_{\\tau L})(\\bar u_R \\gamma_\\mu u_R)"
      },
      "CVLR_nutaunutaucc": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar c_R \\gamma_\\mu c_R)"
      },
      "CVLR_nutaunutaudd": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar d_R \\gamma_\\mu d_R)"
      },
      "CVLR_nutaunutauee": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar e_R \\gamma_\\mu e_R)"
      },
      "CVLR_nutaunutaumumu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\mu_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_nutaunutauss": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar s_R \\gamma_\\mu s_R)"
      },
      "CVLR_nutaunutautautau": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar \\tau_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_nutaunutauuu": {
        "real": true,
        "tex": "\\frac{4G_F}{\\sqrt{2}} (\\bar \\nu_{\\tau L} \\gamma^\\mu \\nu_{\\tau L})(\\bar u_R \\gamma_\\mu u_R)"
      }
    },
    "muemutau": {
      "CVLL_muemutau": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar \\tau_L \\gamma_\\mu \\mu_L)"
      },
      "CVRR_muemutau": {
        "tex": "(\\bar e_R \\gamma^\\mu \\mu_R)(\\bar \\tau_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_muemutau": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar \\tau_R \\gamma_\\mu \\mu_R)"
      },
      "CVLR_taumuemu": {
        "tex": "(\\bar \\mu_L \\gamma^\\mu \\tau_L)(\\bar \\mu_R \\gamma_\\mu e_R)"
      },
      "CSRR_muemutau": {
        "tex": "(\\bar e_L \\mu_R) (\\bar \\tau_L \\mu_R)"
      },
      "CSRR_emutaumu": {
        "tex": "(\\bar \\mu_L e_R) (\\bar \\mu_L \\tau_R)"
      }
    },
    "etauemu": {
      "CVLL_muetaue": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar e_L \\gamma_\\mu \\tau_L)"
      },
      "CVRR_muetaue": {
        "tex": "(\\bar e_R \\gamma^\\mu \\mu_R)(\\bar e_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_muetaue": {
        "tex": "(\\bar e_L \\gamma^\\mu \\mu_L)(\\bar e_R \\gamma_\\mu \\tau_R)"
      },
      "CVLR_tauemue": {
        "tex": "(\\bar e_L \\gamma^\\mu \\tau_L)(\\bar e_R \\gamma_\\mu \\mu_R)"
      },
      "CSRR_muetaue": {
        "tex": "(\\bar e_L \\mu_R) (\\bar e_L \\tau_R)"
      },
      "CSRR_emuetau": {
        "tex": "(\\bar \\mu_L e_R) (\\bar \\tau_L e_R)"
      }
    }
  }
}