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slha2.txt
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slha2.txt
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# SUSY Les Houches Accord 2 - MSSM spectrum + Decays
# SPheno v3beta50
# W. Porod, Comput. Phys. Commun. 153 (2003) 275-315, hep-ph/0301101
# in case of problems send email to porod@physik.uni-wuerzburg.de
# Created: 18.06.2010, 10:44
Block SPINFO # Program information
1 SPheno # spectrum calculator
2 v3beta50 # version number
#
Block SPhenoINFO # SPheno specific information
1 2 # using 2-loop RGEs
2 1 # using running masses for boundary conditions at mZ
Block MODSEL # Model selection
4 1 # MSSM with explicit R-parity violation
Block MINPAR # Input parameters
3 1.03757274E+01 # tanb at m_Z
4 1.00000000E+00 # Sign(mu)
Block SMINPUTS # SM parameters
1 1.27932314E+02 # alpha_em^-1(MZ)^MSbar
2 1.16639000E-05 # G_mu [GeV^-2]
3 1.19000000E-01 # alpha_s(MZ)^MSbar
4 9.11876000E+01 # m_Z(pole)
5 4.20000000E+00 # m_b(m_b), MSbar
6 1.72800000E+02 # m_t(pole)
7 1.77700000E+00 # m_tau(pole)
Block EXTPAR #
0 1.00000000E+03 # scale Q where the parameters below are defined
1 1.03535002E+02 # M_1
2 1.93419009E+02 # M_2
3 5.71235679E+02 # M_3
11 -5.63172639E+02 # A_t
12 -9.41913056E+02 # A_b
13 -4.44712221E+02 # A_l
23 3.95810334E+02 # mu
31 1.80830663E+02 # M_(L,11)
32 1.80824417E+02 # M_(L,22)
33 1.79067893E+02 # M_(L,33)
34 1.15638976E+02 # M_(E,11)
35 1.15619180E+02 # M_(E,22)
36 1.09937772E+02 # M_(E,33)
41 5.25232024E+02 # M_(Q,11)
42 5.25230106E+02 # M_(Q,22)
43 4.70845486E+02 # M_(Q,33)
44 5.06695108E+02 # M_(U,11)
45 5.06692958E+02 # M_(U,22)
46 3.87058136E+02 # M_(U,33)
47 5.04511151E+02 # M_(D,11)
48 5.04509271E+02 # M_(D,22)
49 5.00380603E+02 # M_(D,33)
Block gauge Q= 1.00000000E+03 # (SUSY scale)
1 3.63684304E-01 # g'(Q)^DRbar
2 6.47499879E-01 # g(Q)^DRbar
3 1.08484741E+00 # g3(Q)^DRbar
Block Yu Q= 1.00000000E+03 # (SUSY scale)
1 1 8.45222207E-06 # Y_u(Q)^DRbar
2 2 3.38088940E-03 # Y_c(Q)^DRbar
3 3 8.69340372E-01 # Y_t(Q)^DRbar
Block Yd Q= 1.00000000E+03 # (SUSY scale)
1 1 1.59412541E-04 # Y_d(Q)^DRbar
2 2 2.78971974E-03 # Y_s(Q)^DRbar
3 3 1.35617329E-01 # Y_b(Q)^DRbar
Block Yl Q= 1.00000000E+03 # (SUSY scale)
1 1 2.97957129E-05 # Y_e(Q)^DRbar
2 2 6.16078738E-03 # Y_mu(Q)^DRbar
3 3 1.03613289E-01 # Y_tau(Q)^DRbar
Block Au Q= 1.00000000E+03 # (SUSY scale)
1 1 -7.95284530E+02 # A_u(Q)^DRbar
2 2 -7.95280212E+02 # A_c(Q)^DRbar
3 3 -5.63172639E+02 # A_t(Q)^DRbar
Block Ad Q= 1.00000000E+03 # (SUSY scale)
1 1 -1.02352036E+03 # A_d(Q)^DRbar
2 2 -1.02351677E+03 # A_s(Q)^DRbar
3 3 -9.41913056E+02 # A_b(Q)^DRbar
Block Ae Q= 1.00000000E+03 # (SUSY scale)
1 1 -4.48305064E+02 # A_e(Q)^DRbar
2 2 -4.48292361E+02 # A_mu(Q)^DRbar
3 3 -4.44712221E+02 # A_tau(Q)^DRbar
Block MSOFT Q= 1.00000000E+03 # soft SUSY breaking masses at Q
1 1.03535002E+02 # M_1
2 1.93419009E+02 # M_2
3 5.71235679E+02 # M_3
21 2.54536133E+04 # M^2_(H,d)
22 -1.42928420E+05 # M^2_(H,u)
31 1.80830663E+02 # M_(L,11)
32 1.80824417E+02 # M_(L,22)
33 1.79067893E+02 # M_(L,33)
34 1.15638976E+02 # M_(E,11)
35 1.15619180E+02 # M_(E,22)
36 1.09937772E+02 # M_(E,33)
41 5.25232024E+02 # M_(Q,11)
42 5.25230106E+02 # M_(Q,22)
43 4.70845486E+02 # M_(Q,33)
44 5.06695108E+02 # M_(U,11)
45 5.06692958E+02 # M_(U,22)
46 3.87058136E+02 # M_(U,33)
47 5.04511151E+02 # M_(D,11)
48 5.04509271E+02 # M_(D,22)
49 5.00380603E+02 # M_(D,33)
Block RVKAPPA Q= 1.00000000E+03 # bilinear RP parameters at Q
1 3.91855049E-02 # epsilon_1
2 -5.20808531E-02 # epsilon_2
3 4.60864354E-02 # epsilon_3
Block RVD Q= 1.00000000E+03 # bilinear RP parameters at Q
1 1.75995893E+00 # Re( B_1 epsilon_1)
2 -2.36082124E+00 # Re( B_2 epsilon_2)
3 2.04270477E+00 # Re( B_3 epsilon_3)
Block RVSNVEV Q= 1.00000000E+03 # sneutrino vevs at Q
1 -2.33762622E-03 # v_L_1
2 3.28137801E-03 # v_L_2
3 -2.59328830E-03 # v_L_3
Block SPhenoRP # additional RP parameters
4 -1.31719431E-02 # Lambda_1 = v_d epsilon_1 + mu v_L1
5 8.65655900E-02 # Lambda_2 = v_d epsilon_2 + mu v_L2
6 4.62609246E-02 # Lambda_3 = v_d epsilon_3 + mu v_L3
7 2.17388442E-03 # m^2_atm [eV^2]
8 7.69447612E-05 # m^2_sol [eV^2]
9 9.25971769E-01 # tan^2 theta_atm
10 4.11976471E-01 # tan^2 theta_sol
11 1.47914877E-03 # U_e3^2
15 2.32760732E+01 # v_d
16 2.41506190E+02 # v_u
Block MASS # Mass spectrum
# PDG code mass particle
4 1.20000000E+00 # m_c(m_c), MSbar
5 4.20000000E+00 # m_b(m_b), MSbar
6 1.72800000E+02 # m_t(pole)
23 9.11876000E+01 # m_Z(pole)
24 8.03254938E+01 # W+
25 1.11313015E+02 # leightest neutral scalar
1000016 1.70260675E+02 # 2nd neutral scalar
1000014 1.72312895E+02 # 3rd neutral scalar
1000012 1.72320166E+02 # 4th neutral scalar
35 4.24696087E+02 # 5th neutral scalar
2000016 1.70260675E+02 # leightest pseudoscalar
2000014 1.72312895E+02 # 2nd pseudoscalar
2000012 1.72320166E+02 # 3rd pseudoscalar
36 4.24554919E+02 # 4th pseudoscalar
1000015 1.07816523E+02 # leightest charged scalar
2000013 1.25201883E+02 # 2nd charged scalar
2000011 1.25265770E+02 # 3rd charged scalar
1000011 1.89663409E+02 # 4th charged scalar
1000013 1.89685813E+02 # 5th charged scalar
2000015 1.94752405E+02 # 6th charged scalar
37 4.32440866E+02 # 7th charged scalar
1000001 5.69590313E+02 # ~d_L
2000001 5.46383289E+02 # ~d_R
1000002 5.64145135E+02 # ~u_L
2000002 5.46681103E+02 # ~u_R
1000003 5.69590379E+02 # ~s_L
2000003 5.46378853E+02 # ~s_R
1000004 5.64157274E+02 # ~c_L
2000004 5.46664687E+02 # ~c_R
1000005 5.05781952E+02 # ~b_1
2000005 5.45216505E+02 # ~b_2
1000006 3.64408024E+02 # ~t_1
2000006 5.86202322E+02 # ~t_2
1000021 6.14869742E+02 # ~g
12 -8.76559862E-14 # nu_1
14 -8.77225426E-12 # nu_2
16 -4.74429854E-11 # nu_3
1000022 9.79712319E+01 # chi_10
1000023 1.84066353E+02 # chi_20
1000025 -4.00281538E+02 # chi_30
1000035 4.13723320E+02 # chi_40
-11 5.10998910E-04 # e+
-13 1.05658000E-01 # mu+
-15 1.77700000E+00 # tau+
1000024 1.83842934E+02 # chi_1+
1000037 4.15176596E+02 # chi_2+
# Higgs mixing
Block RVHMIX 1.00000000E+03 # neutral scalar Higgs mixing
1 1 1.02206562E-01 # R_S0(1,1)
1 2 9.94763197E-01 # R_S0(1,2)
1 3 -1.41327067E-05 # R_S0(1,3)
1 4 2.02192240E-05 # R_S0(1,4)
1 5 -1.55235596E-05 # R_S0(1,5)
2 1 6.78928573E-05 # R_S0(2,1)
2 2 8.62961090E-06 # R_S0(2,2)
2 3 -1.08728661E-06 # R_S0(2,3)
2 4 1.45062902E-06 # R_S0(2,4)
2 5 9.99999998E-01 # R_S0(2,5)
3 1 -7.72057125E-05 # R_S0(3,1)
3 2 -1.23883352E-05 # R_S0(3,2)
3 3 3.43518221E-04 # R_S0(3,3)
3 4 9.99999938E-01 # R_S0(3,4)
3 5 -1.44490680E-06 # R_S0(3,5)
4 1 5.80117819E-05 # R_S0(4,1)
4 2 8.25370652E-06 # R_S0(4,2)
4 3 9.99999939E-01 # R_S0(4,3)
4 4 -3.43513639E-04 # R_S0(4,4)
4 5 1.08377504E-06 # R_S0(4,5)
5 1 -9.94763190E-01 # R_S0(5,1)
5 2 1.02206565E-01 # R_S0(5,2)
5 3 5.68383794E-05 # R_S0(5,3)
5 4 -7.55546651E-05 # R_S0(5,4)
5 5 6.66554840E-05 # R_S0(5,5)
Block RVAMIX 1.00000000E+03 # pseudoscalar Higgs mixing
1 1 9.59342536E-02 # R_P0(1,1)
1 2 -9.95387673E-01 # R_P0(1,2)
1 3 -9.63471918E-06 # R_P0(1,3)
1 4 1.35244700E-05 # R_P0(1,4)
1 5 -1.06884515E-05 # R_P0(1,5)
2 1 6.73874842E-05 # R_P0(2,1)
2 2 -4.24322459E-06 # R_P0(2,2)
2 3 -1.08591438E-06 # R_P0(2,3)
2 4 1.44856585E-06 # R_P0(2,4)
2 5 9.99999998E-01 # R_P0(2,5)
3 1 -7.64908469E-05 # R_P0(3,1)
3 2 6.21173831E-06 # R_P0(3,2)
3 3 3.42981416E-04 # R_P0(3,3)
3 4 9.99999938E-01 # R_P0(3,4)
3 5 -1.44301243E-06 # R_P0(3,5)
4 1 -5.75354670E-05 # R_P0(4,1)
4 2 4.13883633E-06 # R_P0(4,2)
4 3 -9.99999940E-01 # R_P0(4,3)
4 4 3.42976988E-04 # R_P0(4,4)
4 5 -1.08251641E-06 # R_P0(4,5)
5 1 -9.95387666E-01 # R_P0(5,1)
5 2 -9.59342552E-02 # R_P0(5,2)
5 3 5.68470535E-05 # R_P0(5,3)
5 4 -7.55615330E-05 # R_P0(5,4)
5 5 6.66697713E-05 # R_P0(5,5)
Block RVLMIX 1.00000000E+03 # charged Higgs mixing
1 1 -9.59342536E-02 # R_Spm(1,1)
1 2 9.95387673E-01 # R_Spm(1,2)
1 3 9.63471918E-06 # R_Spm(1,3)
1 4 -1.35244700E-05 # R_Spm(1,4)
1 5 1.06884515E-05 # R_Spm(1,5)
1 6 -1.09552700E-16 # R_Spm(1,6)
1 7 3.26316134E-19 # R_Spm(1,7)
1 8 -1.93065145E-21 # R_Spm(1,8)
2 1 -2.21890623E-05 # R_Spm(2,1)
2 2 1.19359484E-06 # R_Spm(2,2)
2 3 9.08648978E-09 # R_Spm(2,3)
2 4 -1.20994169E-08 # R_Spm(2,4)
2 5 -3.10314452E-01 # R_Spm(2,5)
2 6 3.84466757E-12 # R_Spm(2,6)
2 7 -1.05855550E-09 # R_Spm(2,7)
2 8 -9.50633968E-01 # R_Spm(2,8)
3 1 -1.81646509E-06 # R_Spm(3,1)
3 2 1.30865844E-07 # R_Spm(3,2)
3 3 8.94419819E-10 # R_Spm(3,3)
3 4 2.25164819E-02 # R_Spm(3,4)
3 5 4.94576150E-10 # R_Spm(3,5)
3 6 1.02073415E-10 # R_Spm(3,6)
3 7 9.99746472E-01 # R_Spm(3,7)
3 8 -1.51870833E-09 # R_Spm(3,8)
4 1 6.60512442E-09 # R_Spm(4,1)
4 2 -4.18407535E-10 # R_Spm(4,2)
4 3 1.08994949E-04 # R_Spm(4,3)
4 4 2.03318545E-12 # R_Spm(4,4)
4 5 -1.80954413E-12 # R_Spm(4,5)
4 6 9.99999994E-01 # R_Spm(4,6)
4 7 -1.02230543E-10 # R_Spm(4,7)
4 8 5.52212100E-12 # R_Spm(4,8)
5 1 -5.75183581E-05 # R_Spm(5,1)
5 2 4.13429174E-06 # R_Spm(5,2)
5 3 -9.99999986E-01 # R_Spm(5,3)
5 4 -1.11728918E-04 # R_Spm(5,4)
5 5 3.92177906E-07 # R_Spm(5,5)
5 6 1.08994949E-04 # R_Spm(5,6)
5 7 2.51716973E-06 # R_Spm(5,7)
5 8 -1.36227405E-07 # R_Spm(5,8)
6 1 -7.65219117E-05 # R_Spm(6,1)
6 2 6.20968073E-06 # R_Spm(6,2)
6 3 -1.11752841E-04 # R_Spm(6,3)
6 4 9.99746463E-01 # R_Spm(6,4)
6 5 5.23602478E-07 # R_Spm(6,5)
6 6 1.21766688E-08 # R_Spm(6,6)
6 7 -2.25164819E-02 # R_Spm(6,7)
6 8 -1.81825592E-07 # R_Spm(6,8)
7 1 6.36214950E-05 # R_Spm(7,1)
7 2 -4.07613629E-06 # R_Spm(7,2)
7 3 4.11476097E-07 # R_Spm(7,3)
7 4 -5.49117018E-07 # R_Spm(7,4)
7 5 9.50633966E-01 # R_Spm(7,5)
7 6 -4.18369398E-11 # R_Spm(7,6)
7 7 1.15417707E-08 # R_Spm(7,7)
7 8 -3.10314453E-01 # R_Spm(7,8)
8 1 -9.95387666E-01 # R_Spm(8,1)
8 2 -9.59342552E-02 # R_Spm(8,2)
8 3 5.68649159E-05 # R_Spm(8,3)
8 4 -7.55881973E-05 # R_Spm(8,4)
8 5 6.66482937E-05 # R_Spm(8,5)
8 6 3.36531385E-10 # R_Spm(8,6)
8 7 -9.35759530E-08 # R_Spm(8,7)
8 8 1.35728900E-06 # R_Spm(8,8)
Block stopmix # stop mixing matrix
1 1 5.63249901E-01 # Re[R_st(1,1)]
1 2 8.26286602E-01 # Re[R_st(1,2)]
2 1 -8.26286602E-01 # Re[R_st(2,1)]
2 2 5.63249901E-01 # Re[R_st(2,2)]
Block sbotmix # sbottom mixing matrix
1 1 9.35985176E-01 # Re[R_sb(1,1)]
1 2 3.52039417E-01 # Re[R_sb(1,2)]
2 1 -3.52039417E-01 # Re[R_sb(2,1)]
2 2 9.35985176E-01 # Re[R_sb(2,2)]
Block RVNmix # /neutrino/neutralino mixing matrix
1 1 -2.46085137E-09 # Re[N(1,1)]
1 2 1.15252105E-09 # Re[N(1,2)]
1 3 1.15235352E-05 # Re[N(1,3)]
1 4 2.96910869E-11 # Re[N(1,4)]
1 5 -8.40939664E-01 # Re[N(1,5)]
1 6 -3.66779893E-01 # Re[N(1,6)]
1 7 3.97860517E-01 # Re[N(1,7)]
2 1 8.66241772E-09 # Re[N(2,1)]
2 2 -4.38663763E-08 # Re[N(2,2)]
2 3 2.04836624E-04 # Re[N(2,3)]
2 4 -5.09355862E-09 # Re[N(2,4)]
2 5 5.39760430E-01 # Re[N(2,5)]
2 6 -6.20807579E-01 # Re[N(2,6)]
2 7 5.68556581E-01 # Re[N(2,7)]
3 1 -4.27884001E-07 # Re[N(3,1)]
3 2 3.91153215E-07 # Re[N(3,2)]
3 3 3.46727103E-06 # Re[N(3,3)]
3 4 1.13572953E-08 # Re[N(3,4)]
3 5 -3.84597032E-02 # Re[N(3,5)]
3 6 -6.92871158E-01 # Re[N(3,6)]
3 7 -7.20035005E-01 # Re[N(3,7)]
4 1 9.90091680E-01 # Re[N(4,1)]
4 2 -3.40978546E-02 # Re[N(4,2)]
4 3 1.29257649E-01 # Re[N(4,3)]
4 4 -4.29914039E-02 # Re[N(4,4)]
4 5 -1.30457182E-05 # Re[N(4,5)]
4 6 1.69961525E-05 # Re[N(4,6)]
4 7 -1.56432787E-05 # Re[N(4,7)]
5 1 7.15171224E-02 # Re[N(5,1)]
5 2 9.55918013E-01 # Re[N(5,2)]
5 3 -2.50703172E-01 # Re[N(5,3)]
5 4 1.35107253E-01 # Re[N(5,4)]
5 5 2.52922419E-05 # Re[N(5,5)]
5 6 -3.33291578E-05 # Re[N(5,6)]
5 7 2.99925252E-05 # Re[N(5,7)]
6 1 -5.70049884E-02 # Re[N(6,1)]
6 2 8.62956685E-02 # Re[N(6,2)]
6 3 6.95807787E-01 # Re[N(6,3)]
6 4 7.10742564E-01 # Re[N(6,4)]
6 5 -7.00877842E-05 # Re[N(6,5)]
6 6 9.31353586E-05 # Re[N(6,6)]
6 7 -8.24355417E-05 # Re[N(6,7)]
7 1 -1.06556077E-01 # Re[N(7,1)]
7 2 2.78587770E-01 # Re[N(7,2)]
7 3 6.60523929E-01 # Re[N(7,3)]
7 4 -6.89015803E-01 # Re[N(7,4)]
7 5 -6.65290451E-05 # Re[N(7,5)]
7 6 8.84694457E-05 # Re[N(7,6)]
7 7 -7.81938174E-05 # Re[N(7,7)]
Block RVUmix # lepton/chargino mixing matrix
1 1 -1.79871715E-08 # Re[U(1,1)]
1 2 1.00752076E-04 # Re[U(1,2)]
1 3 9.99999995E-01 # Re[U(1,3)]
1 4 1.42005930E-08 # Re[U(1,4)]
1 5 -1.12252269E-08 # Re[U(1,5)]
2 1 4.02007610E-07 # Re[U(2,1)]
2 2 1.33787889E-04 # Re[U(2,2)]
2 3 7.21192353E-10 # Re[U(2,3)]
2 4 -9.99999991E-01 # Re[U(2,4)]
2 5 -1.49617983E-08 # Re[U(2,5)]
3 1 -4.02237024E-07 # Re[U(3,1)]
3 2 1.18603108E-04 # Re[U(3,2)]
3 3 -7.24289737E-10 # Re[U(3,3)]
3 4 9.05699652E-10 # Re[U(3,4)]
3 5 9.99999993E-01 # Re[U(3,5)]
4 1 -9.37350241E-01 # Re[U(4,1)]
4 2 3.48388463E-01 # Re[U(4,2)]
4 3 -3.51177224E-05 # Re[U(4,3)]
4 4 4.62333361E-05 # Re[U(4,4)]
4 5 -4.16969920E-05 # Re[U(4,5)]
5 1 -3.48388471E-01 # Re[U(5,1)]
5 2 -9.37350221E-01 # Re[U(5,2)]
5 3 9.44337173E-05 # Re[U(5,3)]
5 4 -1.25546165E-04 # Re[U(5,4)]
5 5 1.11032516E-04 # Re[U(5,5)]
Block RVVmix # lepton/chargino mixing matrix
1 1 -2.98479126E-13 # Re[V(1,1)]
1 2 4.30692652E-13 # Re[V(1,2)]
1 3 1.00000000E+00 # Re[V(1,3)]
1 4 6.84895255E-11 # Re[V(1,4)]
1 5 -3.21698464E-12 # Re[V(1,5)]
2 1 1.37946604E-09 # Re[V(2,1)]
2 2 -1.99027270E-09 # Re[V(2,2)]
2 3 6.84895264E-11 # Re[V(2,3)]
2 4 -1.00000000E+00 # Re[V(2,4)]
2 5 -9.40299481E-10 # Re[V(2,5)]
3 1 -2.32032081E-08 # Re[V(3,1)]
3 2 3.34742985E-08 # Re[V(3,2)]
3 3 3.21698468E-12 # Re[V(3,3)]
3 4 -9.40299580E-10 # Re[V(3,4)]
3 5 1.00000000E+00 # Re[V(3,5)]
4 1 -9.82754940E-01 # Re[V(4,1)]
4 2 1.84912760E-01 # Re[V(4,2)]
4 3 -3.73198738E-13 # Re[V(4,3)]
4 4 -1.72370383E-09 # Re[V(4,4)]
4 5 -2.89928924E-08 # Re[V(4,5)]
5 1 -1.84912760E-01 # Re[V(5,1)]
5 2 -9.82754940E-01 # Re[V(5,2)]
5 3 3.68029921E-13 # Re[V(5,3)]
5 4 1.70086928E-09 # Re[V(5,4)]
5 5 2.86064630E-08 # Re[V(5,5)]
DECAY 2000001 0.00000000E+00 # ~d_R
# BR NDA ID1 ID2
DECAY 1000001 0.00000000E+00 # ~d_L
# BR NDA ID1 ID2
DECAY 2000003 0.00000000E+00 # ~s_R
# BR NDA ID1 ID2
DECAY 1000003 0.00000000E+00 # ~s_L
# BR NDA ID1 ID2
DECAY 1000005 0.00000000E+00 # ~b_1
# BR NDA ID1 ID2
DECAY 2000005 0.00000000E+00 # ~b_2
# BR NDA ID1 ID2
DECAY 2000002 0.00000000E+00 # ~u_R
# BR NDA ID1 ID2
DECAY 1000002 0.00000000E+00 # ~u_L
# BR NDA ID1 ID2
DECAY 2000004 0.00000000E+00 # ~c_R
# BR NDA ID1 ID2
DECAY 1000004 0.00000000E+00 # ~c_L
# BR NDA ID1 ID2
DECAY 1000006 0.00000000E+00 # ~t_1
# BR NDA ID1 ID2
DECAY 2000006 0.00000000E+00 # ~t_2
# BR NDA ID1 ID2
DECAY 1000024 0.00000000E+00 # chi_1+
DECAY 1000037 0.00000000E+00 # chi_2+
DECAY 1000022 3.71347122E-13 # chi_10
# BR NDA ID1 ID2
1.58821410E-02 2 -13 -24 # BR(chi_10 -> mu+ W-)
1.58821410E-02 2 13 24 # BR(chi_10 -> mu- W+)
1.76898654E-02 2 -15 -24 # BR(chi_10 -> tau+ W-)
1.76898654E-02 2 15 24 # BR(chi_10 -> tau- W+)
7.82540015E-03 2 16 23 # BR(chi_10 -> nu_3 Z)
# BR NDA ID1 ID2 ID3
1.10392071E-04 3 12 -5 5 # BR(chi_10 -> nu_1 b b)
2.97748308E-02 3 14 -5 5 # BR(chi_10 -> nu_2 b b)
1.37327705E-04 3 12 13 -11 # BR(chi_10 -> nu_1 mu+ e-)
1.37327705E-04 3 12 -13 11 # BR(chi_10 -> nu_1 e+ mu-)
6.66421130E-04 3 12 -13 13 # BR(chi_10 -> nu_1 mu+ mu-)
7.95301638E-02 3 12 15 -11 # BR(chi_10 -> nu_1 tau+ e-)
7.95301638E-02 3 12 -15 11 # BR(chi_10 -> nu_1 e+ tau-)
1.39143234E-01 3 12 15 -13 # BR(chi_10 -> nu_1 tau+ mu-)
1.39143234E-01 3 12 -15 13 # BR(chi_10 -> nu_1 mu+ tau-)
4.56586598E-01 3 12 -15 15 # BR(chi_10 -> nu_1 tau+ tau-)
DECAY 1000023 0.00000000E+00 # chi_20
DECAY 1000025 0.00000000E+00 # chi_30
DECAY 1000035 0.00000000E+00 # chi_40
DECAY 1000021 0.00000000E+00 # ~g
DECAY 25 0.00000000E+00 # S0_1
# BR NDA ID1 ID2
DECAY 1000016 0.00000000E+00 # S0_2
# BR NDA ID1 ID2
DECAY 1000014 0.00000000E+00 # S0_3
# BR NDA ID1 ID2
DECAY 1000012 0.00000000E+00 # S0_4
# BR NDA ID1 ID2
DECAY 35 0.00000000E+00 # S0_5
# BR NDA ID1 ID2
DECAY 2000016 0.00000000E+00 # P0_1
# BR NDA ID1 ID2
DECAY 2000014 0.00000000E+00 # P0_2
# BR NDA ID1 ID2
DECAY 2000012 0.00000000E+00 # P0_3
# BR NDA ID1 ID2
DECAY 36 0.00000000E+00 # P0_4
# BR NDA ID1 ID2
DECAY 1000015 0.00000000E+00 # S^-_1
# BR NDA ID1 ID2
DECAY 2000013 0.00000000E+00 # S^-_2
# BR NDA ID1 ID2
DECAY 2000011 0.00000000E+00 # S^-_3
# BR NDA ID1 ID2
DECAY 1000011 0.00000000E+00 # S^-_4
# BR NDA ID1 ID2
DECAY 1000013 0.00000000E+00 # S^-_5
# BR NDA ID1 ID2
DECAY 2000015 0.00000000E+00 # S^-_6
# BR NDA ID1 ID2
DECAY -37 0.00000000E+00 # S^-_7
# BR NDA ID1 ID2
Block SPhenoLowEnergy # low energy observables
1 3.15637611E-04 # BR(b -> s gamma)
2 1.89381209E-06 # BR(b -> s mu+ mu-)
3 4.73036039E-05 # BR(b -> s nu nu)
4 5.32493660E-09 # BR(Bs -> mu+ mu-)
5 9.85827129E-01 # BR(B_u -> tau nu)
6 2.71928987E-01 # |Delta(M_Bd)| [ps^-1]
7 1.87412373E+01 # |Delta(M_Bs)| [ps^-1]
10 5.17229425E-14 # Delta(g-2)_electron
11 2.59753060E-09 # Delta(g-2)_muon
12 5.40266658E-07 # Delta(g-2)_tau
13 0.00000000E+00 # electric dipole moment of the electron
14 0.00000000E+00 # electric dipole moment of the muon
15 0.00000000E+00 # electric dipole moment of the tau
16 0.00000000E+00 # Br(mu -> e gamma)
17 0.00000000E+00 # Br(tau -> e gamma)
18 0.00000000E+00 # Br(tau -> mu gamma)
19 0.00000000E+00 # Br(mu -> 3 e)
20 0.00000000E+00 # Br(tau -> 3 e)
21 0.00000000E+00 # Br(tau -> 3 mu)
30 3.20472649E-04 # Delta(rho_parameter)
40 0.00000000E+00 # BR(Z -> e mu)
41 0.00000000E+00 # BR(Z -> e tau)
42 0.00000000E+00 # BR(Z -> mu tau)
Block LHCobservables # edge observables for LHC
1 8.40104605E+01 # e+e- edge with right selectron, chi^0_2, chi^0_1
2 2.36727022E+02 # e+e- edge with right selectron, chi^0_3, chi^0_1
3 -1.00000000E+00 # e+e- edge with right selectron, chi^0_3, chi^0_2
4 2.45523112E+02 # e+e- edge with right selectron, chi^0_4, chi^0_1
5 -1.00000000E+00 # e+e- edge with right selectron, chi^0_4, chi^0_2
6 -1.00000000E+00 # e+e- edge with right selectron, chi^0_4, chi^0_3
7 8.40411288E+01 # e+e- edge with left selectron, chi^0_2, chi^0_1
8 2.36904471E+02 # e+e- edge with left selectron, chi^0_3, chi^0_1
9 -1.00000000E+00 # e+e- edge with left selectron, chi^0_3, chi^0_2
10 2.45708111E+02 # e+e- edge with left selectron, chi^0_4, chi^0_1
11 -1.00000000E+00 # e+e- edge with left selectron, chi^0_4, chi^0_2
12 -1.00000000E+00 # e+e- edge with left selectron, chi^0_4, chi^0_3
13 6.22819882E+01 # mu+mu- edge with right smuon, chi^0_2, chi^0_1
14 1.60934610E+02 # mu+mu- edge with right smuon, chi^0_3, chi^0_1
15 -1.00000000E+00 # mu+mu- edge with right smuon, chi^0_3, chi^0_2
16 1.66754295E+02 # mu+mu- edge with right smuon, chi^0_4, chi^0_1
17 -1.00000000E+00 # mu+mu- edge with right smuon, chi^0_4, chi^0_2
18 -1.00000000E+00 # mu+mu- edge with right smuon, chi^0_4, chi^0_3
19 -1.00000000E+00 # mu+mu- edge with left smuon, chi^0_2, chi^0_1
20 3.01826107E+02 # mu+mu- edge with left smuon, chi^0_3, chi^0_1
21 8.50019200E+01 # mu+mu- edge with left smuon, chi^0_3, chi^0_2
22 3.14835097E+02 # mu+mu- edge with left smuon, chi^0_4, chi^0_1
23 8.86655829E+01 # mu+mu- edge with left smuon, chi^0_4, chi^0_2
24 -1.00000000E+00 # mu+mu- edge with left smuon, chi^0_4, chi^0_3
25 -1.00000000E+00 # tau+tau- edge with lighter stau, chi^0_2, chi^0_1
26 -1.00000000E+00 # tau+tau- edge with lighter stau, chi^0_3, chi^0_1
27 -1.00000000E+00 # tau+tau- edge with lighter stau, chi^0_3, chi^0_2
28 -1.00000000E+00 # tau+tau- edge with lighter stau, chi^0_4, chi^0_1
29 -1.00000000E+00 # tau+tau- edge with lighter stau, chi^0_4, chi^0_2
30 -1.00000000E+00 # tau+tau- edge with lighter stau, chi^0_4, chi^0_3
31 -1.00000000E+00 # tau+tau- edge with heavier stau, chi^0_2, chi^0_1
32 3.01828757E+02 # tau+tau- edge with heavier stau, chi^0_3, chi^0_1
33 8.51614568E+01 # tau+tau- edge with heavier stau, chi^0_3, chi^0_2
34 3.14838733E+02 # tau+tau- edge with heavier stau, chi^0_4, chi^0_1
35 8.88322417E+01 # tau+tau- edge with heavier stau, chi^0_4, chi^0_2
36 -1.00000000E+00 # tau+tau- edge with heavier stau, chi^0_4, chi^0_3
37 4.01894592E+02 # l+ l- q edge, averaging over d_L, s_L, u_L, c_L
38 2.20503047E+02 # l+ l- q threshold, averaging over d_L, s_l, u_L, c_L
39 2.83389672E+02 # l+-_near q edge, averaging over d_L, s_l, u_L, c_L
40 3.93015910E+02 # l+-_far q edge, averaging over d_L, s_l, u_L, c_L
41 1.95812898E+02 # l+ l- b threshold