mty::mssm_input Namespace Reference

Namespace containing all MSSM input parameters that may be modified with LHA files. More...

Variables
csl::Expr	m_0 = csl::constant_s("m_0")
	Common scalar mass.
csl::Expr	m_1 = csl::constant_s("m_1")
	Common gaugino mass.
csl::Expr	m_3 = csl::constant_s("m_3")
	Gravitino mass.
csl::Expr	Lambda = csl::constant_s("\\Lambda")
	Scale of SUSY breaking.
csl::Expr	Mmess = csl::constant_s("M_m")
	Overall messenger scale.
csl::Expr	N_5 = csl::constant_s("N_5")
	Messenger index.
csl::Expr	cgrav = csl::constant_s("c_g")
	Gravitino mass factor.
csl::Expr	alpha = csl::constant_s("alpha")
	Diagonalization angle for (h0 H0).
csl::Expr	beta = csl::constant_s("beta")
	Ratio of Higgs vacuum expectation values.
csl::Expr	mu = csl::constant_s("mu_h")
	mu parameter.
csl::Expr	sgn_mu = csl::constant_s("sgn_mu")
	Sign of the bilinear Higgs term in the superpotential.
csl::Expr	A_0 = csl::constant_s("A_0")
	Common trilinear coupling.
csl::Expr	M1 = csl::constant_s("M_1")
	Bino mass.
csl::Expr	M2 = csl::constant_s("M_2")
	Wino mass.
csl::Expr	M3 = csl::constant_s("M_3")
	Gluino mass.
csl::Expr	At = csl::constant_s("A_t")
	Top trilinear coupling.
csl::Expr	Ab = csl::constant_s("A_b")
	Bottom trilinear coupling.
csl::Expr	Atau = csl::constant_s("A_tau ; A_{\\tau}")
	Tau trilinear coupling.
csl::Expr	MH1 = csl::constant_s("M2_H1")
	Down-type Higgs mass squared.
csl::Expr	MH2 = csl::constant_s("M2_H2")
	Up-type Higgs mass squared.
csl::Expr	MA = csl::constant_s("M_A")
	Tree-level pseudoscalar Higgs mass parameter squared.
csl::Expr	MA0 = csl::constant_s("M_A0")
	Pseudoscalar Higgs pole mass.
csl::Expr	MHp = csl::constant_s("M_Hp")
	Charged Higgs pole mass.
csl::Expr	N1 = csl::constant_s("N_1")
	\( U(1)_Y \) messenger index.
csl::Expr	N2 = csl::constant_s("N_2")
	\( SU(2)_L \) messenger index.
csl::Expr	N3 = csl::constant_s("N_3")
	\( SU(3)_c \) messenger index.
csl::Expr	MeL = csl::constant_s("M_eL")
	Left first gen. scalar slepton mass.
csl::Expr	MmuL = csl::constant_s("M_\\muL")
	Left second gen. scalar slepton mass.
csl::Expr	MtauL = csl::constant_s("M_\\tauL")
	Left third gen. scalar slepton mass.
csl::Expr	MeR = csl::constant_s("M_eR")
	Right first gen. scalar slepton mass.
csl::Expr	MmuR = csl::constant_s("M_\\muR")
	Right second gen. scalar slepton mass.
csl::Expr	MtauR = csl::constant_s("M_\\tauR")
	Right third gen. scalar slepton mass.
csl::Expr	Mq1L = csl::constant_s("M_q1L")
	Left first gen. scalar squark mass.
csl::Expr	Mq2L = csl::constant_s("M_q2L")
	Left second gen. scalar squark mass.
csl::Expr	Mq3L = csl::constant_s("M_q3L")
	Left third gen. scalar squark mass.
csl::Expr	MquR = csl::constant_s("M_quR")
	Right up scalar squark mass.
csl::Expr	MqcR = csl::constant_s("M_qcR")
	Right charm scalar squark mass.
csl::Expr	MqtR = csl::constant_s("M_qtR")
	Right top scalar squark mass.
csl::Expr	MqdR = csl::constant_s("M_qdR")
	Right down scalar squark mass.
csl::Expr	MqsR = csl::constant_s("M_qsR")
	Right strange scalar squark mass.
csl::Expr	MqbR = csl::constant_s("M_qbR")
	Right bottom scalar squark mass.
csl::Expr	MSQ2 = MTY_MAT(MSQ2)
	Left squark soft SUSY-brekaing mass matrix.
csl::Expr	MSL2 = MTY_MAT(MSL2)
	Left slepton soft SUSY-brekaing mass matrix.
csl::Expr	MSu2 = MTY_MAT_SPEC(MSu2, u, c, t)
	Right up-type squark soft SUSY-brekaing mass matrix.
csl::Expr	MSd2 = MTY_MAT_SPEC(MSd2, d, s, b)
	Right down-type squark soft SUSY-brekaing mass matrix.
csl::Expr	MSe2 = MTY_MAT_SPEC(MSe2, e, mu, tau)
	Right selectron soft SUSY-brekaing mass matrix.
csl::Expr	Tu = MTY_MAT_SPEC(T_u, u, c, t)
	Up-type squark soft SUSY-breaking trilinear couplings.
csl::Expr	Td = MTY_MAT_SPEC(T_d, d, s, b)
	Down-type squark soft SUSY-breaking trilinear couplings.
csl::Expr	Te = MTY_MAT_SPEC(T_e, e, mu, tau)
	Slepton soft SUSY-breaking trilinear couplings.

Detailed Description

Namespace containing all MSSM input parameters that may be modified with LHA files.

All input parameters follow the conventions of https://arxiv.org/pdf/hep-ph/0311123.pdf and https://arxiv.org/pdf/0801.0045.pdf

See also

lha.h, lhaBuiltIn.h, mty::lha.