wet-3.flavio.basis.yml

basis: flavio
eft: WET-3
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)
  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)
    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)
  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)
  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})
  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})
  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})
  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_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}
    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_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_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)
    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)
    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_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)
    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_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_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_mumuuu:
      tex: \frac{4G_F}{\sqrt{2}} (\bar \mu_L \mu_R) (\bar u_L u_R)
    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_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_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_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_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_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_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_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_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_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_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_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_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_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_eeuu:
      real: true
      tex: \frac{4G_F}{\sqrt{2}} (\bar e_L \gamma^\mu e_L)(\bar u_L \gamma_\mu u_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_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_uuuu:
      real: true
      tex: \frac{4G_F}{\sqrt{2}} (\bar u_L \gamma^\mu u_L)(\bar u_L \gamma_\mu u_L)
    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_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_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_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_mumuuu:
      real: true
      tex: \frac{4G_F}{\sqrt{2}} (\bar \mu_L \gamma^\mu \mu_L)(\bar u_R \gamma_\mu u_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_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)
    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_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_eeuu:
      real: true
      tex: \frac{4G_F}{\sqrt{2}} (\bar e_R \gamma^\mu e_R)(\bar u_R \gamma_\mu u_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_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_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_mueuu:
      tex: (\bar e_L \gamma^\mu \mu_L)(\bar u_L \gamma_\mu u_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_mueuu:
      tex: (\bar e_R \gamma^\mu \mu_R)(\bar u_R \gamma_\mu u_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_mumumue:
      tex: (\bar \mu_L \gamma^\mu \mu_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_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_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_emuuu:
      tex: (\bar \mu_L e_R) (\bar u_R u_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_emumumu:
      tex: (\bar \mu_L e_R) (\bar \mu_L \mu_R)
    CSRR_mueuu:
      tex: (\bar e_L \mu_R) (\bar u_L u_R)
    CSRR_emuuu:
      tex: (\bar \mu_L e_R) (\bar u_L u_R)
    CTRR_mueuu:
      tex: (\bar e_L \sigma^{\mu \nu} \mu_R) (\bar u_L \sigma_{\mu \nu} u_R)
    CTRR_emuuu:
      tex: (\bar \mu_L \sigma^{\mu \nu} e_R) (\bar u_L \sigma_{\mu \nu} u_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)
  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)
  ffnunu:
    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_nuenueuu:
      real: true
      tex: \frac{4G_F}{\sqrt{2}} (\bar \nu_{eL} \gamma^\mu \nu_{eL}) (\bar u_L \gamma_\mu u_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_nuenumuuu:
      tex: \frac{4G_F}{\sqrt{2}} (\bar \nu_{eL} \gamma^\mu \nu_{\mu L}) (\bar u_L \gamma_\mu u_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_nuenutauuu:
      tex: \frac{4G_F}{\sqrt{2}} (\bar \nu_{eL} \gamma^\mu \nu_{\tau L}) (\bar u_L \gamma_\mu u_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_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_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_numunutauuu:
      tex: \frac{4G_F}{\sqrt{2}} (\bar \nu_{\mu L} \gamma^\mu \nu_{\tau L}) (\bar u_L \gamma_\mu u_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_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_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_nuenueuu:
      real: true
      tex: \frac{4G_F}{\sqrt{2}} (\bar \nu_{eL} \gamma^\mu \nu_{eL})(\bar u_R \gamma_\mu u_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_nuenumuuu:
      tex: \frac{4G_F}{\sqrt{2}} (\bar \nu_{eL} \gamma^\mu \nu_{\mu L})(\bar u_R \gamma_\mu u_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_nuenutauuu:
      tex: \frac{4G_F}{\sqrt{2}} (\bar \nu_{eL} \gamma^\mu \nu_{\tau L})(\bar u_R \gamma_\mu u_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_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_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_numunutauuu:
      tex: \frac{4G_F}{\sqrt{2}} (\bar \nu_{\mu L} \gamma^\mu \nu_{\tau L})(\bar u_R \gamma_\mu u_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_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)