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# NMHDECAY OUTPUT IN SLHA FORMAT
# Info about spectrum calculator
BLOCK SPINFO # Program information
1 NMHDECAY # spectrum calculator
2 3 # version number
# Input parameters
BLOCK MODSEL
3 1 # NMSSM PARTICLE CONTENT
BLOCK SMINPUTS
1 1.27920000E+02 # ALPHA_EM^-1(MZ)
2 1.16639000E-05 # GF
3 1.17200000E-01 # ALPHA_S(MZ)
4 9.11870000E+01 # MZ
5 4.21400000E+00 # MB(MB)
6 1.71400000E+02 # MTOP (POLE MASS)
7 1.77700000E+00 # MTAU
# SMINPUTS Beyond SLHA:
# MW: 0.80420000E+02
# MS: 0.19000000E+00
# MC: 0.14000000E+01
# VUS: 0.22000000E+00
# VCB: 0.40000000E-01
# VUB: 0.40000000E-02
BLOCK MINPAR
3 2.00000000E+00 # TANBETA
BLOCK EXTPAR
1 1.50000000E+02 # M1
2 3.00000000E+02 # M2
3 1.00000000E+03 # M3
11 2.50000000E+03 # ATOP
12 2.50000000E+03 # ABOTTOM
13 2.50000000E+03 # ATAU
124 1.32099188E+03 # MA AT Q_STSB
31 1.00000000E+06 # LEFT SELECTRON
32 1.00000000E+06 # LEFT SMUON
33 1.00000000E+06 # LEFT STAU
34 1.00000000E+06 # RIGHT SELECTRON
35 1.00000000E+06 # RIGHT SMUON
36 1.00000000E+06 # RIGHT STAU
41 1.00000000E+06 # LEFT 1ST GEN. SQUARKS
42 1.00000000E+06 # LEFT 2ND GEN. SQUARKS
43 1.00000000E+06 # LEFT 3RD GEN. SQUARKS
44 1.00000000E+06 # RIGHT U-SQUARKS
45 1.00000000E+06 # RIGHT C-SQUARKS
46 1.00000000E+06 # RIGHT T-SQUARKS
47 1.00000000E+06 # RIGHT D-SQUARKS
48 1.00000000E+06 # RIGHT S-SQUARKS
49 1.00000000E+06 # RIGHT B-SQUARKS
61 7.02000000E-01 # LAMBDA
62 4.90000000E-02 # KAPPA
63 1.28000000E+03 # A_LAMBDA
64 1.00000000E+01 # A_KAPPA
65 5.30000000E+02 # MU_EFF
#
BLOCK MASS # Mass spectrum
# PDG Code mass particle
25 1.39836374E+02 # lightest neutral scalar
35 1.51443222E+02 # second neutral scalar
45 1.30169034E+03 # third neutral scalar
36 4.89195961E+01 # lightest pseudoscalar
46 1.30475321E+03 # second pseudoscalar
37 1.30252610E+03 # charged Higgs
1000001 1.03794721E+03 # ~d_L
2000001 1.03715965E+03 # ~d_R
1000002 1.03619464E+03 # ~u_L
2000002 1.03663055E+03 # ~u_R
1000003 1.03794721E+03 # ~s_L
2000003 1.03715965E+03 # ~s_R
1000004 1.03619464E+03 # ~c_L
2000004 1.03663055E+03 # ~c_R
1000005 1.03589101E+03 # ~b_1
2000005 1.03921740E+03 # ~b_2
1000006 8.77891045E+02 # ~t_1
2000006 1.18786303E+03 # ~t_2
1000011 1.00063432E+03 # ~e_L
2000011 1.00054844E+03 # ~e_R
1000012 9.98816192E+02 # ~nue_L
1000013 1.00063432E+03 # ~mu_L
2000013 1.00054844E+03 # ~mu_R
1000014 9.98816192E+02 # ~numu_L
1000015 9.99312737E+02 # ~tau_1
2000015 1.00187154E+03 # ~tau_2
1000016 9.98816192E+02 # ~nutau_L
1000021 1.07855652E+03 # ~g
1000022 9.12928865E+01 # neutralino(1)
1000023 1.46429979E+02 # neutralino(2)
1000025 2.94547359E+02 # neutralino(3)
1000035 -5.56163202E+02 # neutralino(4)
1000045 5.64325430E+02 # neutralino(5)
1000024 2.92959564E+02 # chargino(1)
1000037 5.58677258E+02 # chargino(2)
# Low energy observables
BLOCK LOWEN
# Exp. 2 Sigma: 3.07E-04 < BR(b -> s gamma) < 4.07E-04:
1 3.41523755E-04 # BR(b -> s gamma)
11 3.72101862E-04 # (BR(b -> s gamma)+Theor.Err.)
12 2.91032383E-04 # (BR(b -> s gamma)-Theor.Err.)
# Exp. 2 Sigma: 4.99E-01 < Delta M_d < 5.15E-01:
2 6.07354601E-01 # Delta M_d in ps^-1
21 1.05776810E+00 # Delta M_d +Theor.Err.
22 1.63385106E-01 # Delta M_d -Theor.Err.
# Exp. 2 Sigma: 1.753E+01 < Delta Ms < 1.801E+01:
3 2.10452493E+01 # Delta M_s in ps^-1
31 2.76961825E+01 # Delta M_s +Theor.Err.
32 1.44881882E+01 # Delta M_s -Theor.Err.
# Exp. 95% C.L.: BR(Bs->mu+mu-) < 5.8E-08:
4 3.54098427E-09 # BR(Bs -> mu+mu-)
41 6.01429512E-09 # BR(Bs -> mu+mu-)+Theor.Err.
42 1.71891137E-09 # BR(Bs -> mu+mu-)-Theor.Err.
# Exp. 2 Sigma: 3.40E-05 < BR(B+ > tau+ + nu_tau) < 2.30E-04:
5 1.31775781E-04 # BR(B+ -> tau+ + nu_tau)
51 2.63603107E-04 # BR(B+ -> tau+ + nu_tau) + Theor.Err.
52 5.68712649E-05 # BR(B+ -> tau+ + nu_tau) - Theor.Err.
#
BLOCK HMIX AT Q= 1.00000000E+03 # (STOP/SBOTTOM MASSES)
1 5.30000000E+02 # MU_EFF
2 2.00000402E+00 # TAN(BETA)
3 1.71023505E+02 # V(Q)
4 1.74501955E+06 # MA**2
# 3*3 Higgs mixing
BLOCK NMHMIX
1 1 4.49872460E-01 # S_(1,1)
1 2 8.91681851E-01 # S_(1,2)
1 3 5.01821419E-02 # S_(1,3)
2 1 2.88136045E-02 # S_(2,1)
2 2 -7.06510966E-02 # S_(2,2)
2 3 9.97084850E-01 # S_(2,3)
3 1 8.92627888E-01 # S_(3,1)
3 2 -4.47115086E-01 # S_(3,2)
3 3 -5.74765508E-02 # S_(3,3)
# 3*3 Pseudoscalar Higgs mixing
BLOCK NMAMIX
1 1 -7.53734413E-02 # P_(1,1)
1 2 -3.76867207E-02 # P_(1,2)
1 3 9.96442951E-01 # P_(1,3)
2 1 8.91245670E-01 # P_(2,1)
2 2 4.45622835E-01 # P_(2,2)
2 3 8.42700692E-02 # P_(2,3)
# 3rd generation sfermion mixing
BLOCK STOPMIX # Stop mixing matrix
1 1 -7.07590438E-01 # Rst_(1,1)
1 2 7.06622794E-01 # Rst_(1,2)
2 1 -7.06622794E-01 # Rst_(2,1)
2 2 -7.07590438E-01 # Rst_(2,2)
BLOCK SBOTMIX # Sbottom mixing matrix
1 1 -6.22498693E-01 # Rsb_(1,1)
1 2 7.82620839E-01 # Rsb_(1,2)
2 1 -7.82620839E-01 # Rsb_(2,1)
2 2 -6.22498693E-01 # Rsb_(2,2)
BLOCK STAUMIX # Stau mixing matrix
1 1 -6.95140010E-01 # Rsl_(1,1)
1 2 7.18874374E-01 # Rsl_(1,2)
2 1 -7.18874374E-01 # Rsl_(2,1)
2 2 -6.95140010E-01 # Rsl_(2,2)
# Gaugino-Higgsino mixing
BLOCK NMNMIX # 5*5 Neutralino Mixing Matrix
1 1 1.13458283E-01 # N_(1,1)
1 2 -5.54357071E-02 # N_(1,2)
1 3 -4.98782346E-02 # N_(1,3)
1 4 -1.98077653E-01 # N_(1,4)
1 5 9.70737609E-01 # N_(1,5)
2 1 9.86083701E-01 # N_(2,1)
2 2 -3.84507802E-02 # N_(2,2)
2 3 9.97300301E-02 # N_(2,3)
2 4 -4.07516099E-02 # N_(2,4)
2 5 -1.20638712E-01 # N_(2,5)
3 1 7.54509718E-02 # N_(3,1)
3 2 9.53764002E-01 # N_(3,2)
3 3 -2.24716204E-01 # N_(3,3)
3 4 1.71385532E-01 # N_(3,4)
3 5 6.90724660E-02 # N_(3,5)
4 1 -1.87054069E-02 # N_(4,1)
4 2 2.83352907E-02 # N_(4,2)
4 3 6.97656324E-01 # N_(4,3)
4 4 6.92377943E-01 # N_(4,4)
4 5 1.80929977E-01 # N_(4,5)
5 1 9.33992005E-02 # N_(5,1)
5 2 -2.91512880E-01 # N_(5,2)
5 3 -6.71077018E-01 # N_(5,3)
5 4 6.71076995E-01 # N_(5,4)
5 5 7.48874698E-02 # N_(5,5)
BLOCK UMIX # Chargino U Mixing Matrix
1 1 9.44173996E-01 # U_(1,1)
1 2 -3.29447211E-01 # U_(1,2)
2 1 3.29447211E-01 # U_(2,1)
2 2 9.44173996E-01 # U_(2,2)
BLOCK VMIX # Chargino V Mixing Matrix
1 1 9.62164136E-01 # V_(1,1)
1 2 -2.72470503E-01 # V_(1,2)
2 1 2.72470503E-01 # V_(2,1)
2 2 9.62164136E-01 # V_(2,2)
# Higgs reduced couplings
# (as compared to a SM Higgs with same mass)
BLOCK REDCOUP
# H1
1 1 9.96930616E-01 # U-type fermions
1 2 1.00594540E+00 # D-type fermions
1 3 9.98733573E-01 # W,Z bosons
1 4 9.82183861E-01 # Gluons
1 5 1.01232522E+00 # Photons
# H2
2 1 -7.89903273E-02 # U-type fermions
2 2 6.44291783E-02 # D-type fermions
2 3 -5.03064262E-02 # W,Z bosons
2 4 8.42729081E-02 # Gluons
2 5 8.53137747E-02 # Photons
# H3
3 1 -4.99889863E-01 # U-type fermions
3 2 1.99597664E+00 # D-type fermions
3 3 -7.16563065E-04 # W,Z bosons
3 4 4.97960461E-01 # Gluons
3 5 3.79551399E-01 # Photons
# A1
4 1 -4.21350346E-02 # U-type fermions
4 2 -1.68540138E-01 # D-type fermions
4 3 0.00000000E+00 # W,Z bosons
4 4 6.09163550E-02 # Gluons
4 5 1.54258690E-01 # Photons
# A2
5 1 4.98221476E-01 # U-type fermions
5 2 1.99288590E+00 # D-type fermions
5 3 0.00000000E+00 # W,Z bosons
5 4 5.02901556E-01 # Gluons
5 5 6.47453065E-01 # Photons
#
# GAUGE AND YUKAWA COUPLINGS AT THE SUSY SCALE
BLOCK GAUGE Q= 1.00000000E+03 # (SUSY SCALE)
1 3.62224894E-01 # g1(Q,DR_bar)
2 6.42793227E-01 # g2(Q,DR_bar)
3 1.05981813E+00 # g3(Q,DR_bar)
BLOCK YU Q= 1.00000000E+03 # (SUSY SCALE)
3 3 9.51283729E-01 # HTOP(Q,DR_bar)
BLOCK YD Q= 1.00000000E+03 # (SUSY SCALE)
3 3 3.09237206E-02 # HBOT(Q,DR_bar)
BLOCK YE Q= 1.00000000E+03 # (SUSY SCALE)
3 3 2.23241912E-02 # HTAU(Q,DR_bar)
BLOCK L/K Q= 1.00000000E+03 # (SUSY SCALE)
1 7.02000000E-01 # LAMBDA(Q,DR_bar)
2 4.90000000E-02 # KAPPA(Q,DR_bar)
#
# SOFT TRILINEAR COUPLINGS AT THE SUSY SCALE
BLOCK AU Q= 1.00000000E+03 # (SUSY SCALE)
3 3 2.50000000E+03 # ATOP
BLOCK AD Q= 1.00000000E+03 # (SUSY SCALE)
3 3 2.50000000E+03 # ABOT
BLOCK AE Q= 1.00000000E+03 # (SUSY SCALE)
3 3 2.50000000E+03 # ATAU
BLOCK AL/AK Q= 1.00000000E+03 # (SUSY SCALE)
1 1.28000000E+03 # ALAMBDA
2 1.00000000E+01 # AKAPPA
#
# SOFT MASSES AT THE SUSY SCALE
BLOCK MSOFT Q= 1.00000000E+03 # (SUSY SCALE)
1 1.50000000E+02 # M1
2 3.00000000E+02 # M2
3 1.00000000E+03 # M3
21 1.10587466E+06 # M_HD^2
22 9.23131746E+04 # M_HU^2
23 -2.79072679E+03 # M_S^2
31 1.00000000E+06 # M_eL^2
32 1.00000000E+06 # M_muL^2
33 1.00000000E+06 # M_tauL^2
34 1.00000000E+06 # M_eR^2
35 1.00000000E+06 # M_muR^2
36 1.00000000E+06 # M_tauR^2
41 1.00000000E+06 # M_q1L^2
42 1.00000000E+06 # M_q2L^2
43 1.00000000E+06 # M_q3L^2
44 1.00000000E+06 # M_uR^2
45 1.00000000E+06 # M_cR^2
46 1.00000000E+06 # M_tR^2
47 1.00000000E+06 # M_dR^2
48 1.00000000E+06 # M_sR^2
49 1.00000000E+06 # M_bR^2
#
# GAUGE AND YUKAWA COUPLINGS AT THE GUT SCALE
BLOCK GAUGEGUT MGUT= 2.10086949E+16 # (GUT SCALE)
1 7.10170399E-01 # g1(MGUT,DR_bar), GUT normalization
2 7.10170401E-01 # g2(MGUT,DR_bar)
3 7.02117834E-01 # g3(MGUT,DR_bar)
BLOCK YUGUT MGUT= 2.10086949E+16 # (GUT SCALE)
3 3 1.38184598E+00 # HTOP(MGUT,DR_bar)
BLOCK YDGUT MGUT= 2.10086949E+16 # (GUT SCALE)
3 3 1.80681615E-02 # HBOT(MGUT,DR_bar)
BLOCK YEGUT MGUT= 2.10086949E+16 # (GUT SCALE)
3 3 2.20124415E-02 # HTAU(MGUT,DR_bar)
BLOCK LGUT/KGUT MGUT= 2.10086949E+16 # (GUT SCALE)
1 3.48198696E+00 # LAMBDA(MGUT,DR_bar)
2 4.18288468E-01 # KAPPA(MGUT,DR_bar)
#
# SOFT TRILINEAR COUPLINGS AT THE GUT SCALE
BLOCK AUGUT MGUT= 2.10086949E+16 # (GUT SCALE)
3 3 5.97876433E+04 # ATOP
BLOCK ADGUT MGUT= 2.10086949E+16 # (GUT SCALE)
3 3 3.26140851E+04 # ABOT
BLOCK AEGUT MGUT= 2.10086949E+16 # (GUT SCALE)
3 3 2.63837779E+04 # ATAU
BLOCK ALGUT/AKGUT MGUT= 2.10086949E+16 # (GUT SCALE)
1 1.13506016E+05 # ALAMBDA
2 1.43426913E+05 # AKAPPA
#
# SOFT MASSES SQUARED AT THE GUT SCALE
BLOCK MSOFTGUT MGUT= 2.10086949E+16 # (GUT SCALE)
1 5.43544490E+02 # M1
2 6.46206574E+02 # M2
3 5.20293372E+02 # M3
21 2.82594533E+09 # M_HD^2
22 3.64457715E+09 # M_HU^2
23 5.74138558E+09 # M_S^2
31 1.64121131E+06 # M_eL^2
32 1.64121131E+06 # M_muL^2
33 1.66388725E+06 # M_tauL^2
34 4.22386848E+05 # M_eR^2
35 4.22386848E+05 # M_muR^2
36 4.68676867E+05 # M_tauR^2
41 5.81471927E+05 # M_q1L^2
42 5.81471927E+05 # M_q2L^2
43 2.53008569E+08 # M_q3L^2
44 9.63907122E+05 # M_uR^2
45 9.63907122E+05 # M_cR^2
46 5.25968483E+08 # M_tR^2
47 2.02153850E+05 # M_dR^2
48 2.02153850E+05 # M_sR^2
49 2.48848188E+05 # M_bR^2

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