(0) 14/Dec/2007: The second version CPsuperH2.0 released
(1) 29/Apr/2008: b to s gamma calculation improved
(2) 13/Aug/2008: EDMs included, see arXiv:0808.1819
*Dear Users: If you don't need EDMs, commenting out the
subroutine FILLEDMS in "cpsuperh2.f" may
significantly decrease computer running time
(3) 03/Oct/2008: The 2-loop Higgs-mediated contribution to
the quark CEDMs corrected
(4) 28/Apr/2009:
(4)-1 : The signs of the fermionic 2-loop Higgs-mediated
contributions to EDMs and CEDMs have been corrected
(4)-2 : The array SSPARA_H has been extended to include
the A terms of first two generations
(4)-3 : The subroutine FILLMUON (fillmuon.f) has been added
for the calculations of the electric and anomalous
magnetic dipole moments of the muon, see arXiv:0904.4352
(4)-4 : The obsolete subroutine HiggsEDM (higgsedm.f) has
been removed
(5) 10/Jun/2009: cpsuperh2.f, fillcoupl2.f and fillgambr2.f improved
(5)-1 : The arguments of the subrourine FILLGAMBR2 is extended
to included SMPARA_H and SSPARA_H arrays
(5)-2 : IFLAG_H(56)=2 for tachyonic third-generation squarks
IFLAG_H(56)=3 for tachyonic first two-generation squarks
(5)-3 : When the tan_beta-enhanced threshold corrections are
encoded in the down-type quark Yukawa coulings in a
form of h_q = (h_q)^0 / (1 + Delta_q tan_beta)
CAUX_H(10): complex Delta_b
CAUX_H(11): complex Delta_s
CAUX_H(12): complex h_s(mt^pole)
(5)-4 : Top-quark decays are calculated including the leading-order
QCD corrections and the threshold corrections. The results
are stored as follows
RAUX_H(50): Gamma(t -> W b)
RAUX_H(51): Gamma(t -> H+ b)
RAUX_H(52): Br(t -> W b)
RAUX_H(53): Br(t -> H+ b)
(5)-5 : RAUX_H(101) is moved in to the subroutine FILLDPHG
(6) 29/Sep/2009: The version 2.1 released, fillhiggs2.f improved
(7) 17/Jun/2010: The version 2.2 released
(7)-1 : New structure introduced
The main program CPsuperH in the file "cpsuperh2.f" now consists
of the following three new subroutines
FILLINIT2 provided by fillinit2.f
FILLCPsuperH2 provided by fillcpsuperh2.f
AURUN provided by aurun.f
(7)-2 : More two-loop EDMS involving charginos and neutralinos included
(see arXiv:1006.3087 by Ellis, Lee, Pilaftsis)
RAUX_H(205): electron EDM by the gamma-W-H coupling
RAUX_H(206): electron EDM by the gamma-W-W coupling
RAUX_H(225): down-quark EDM by the gamma-W-H coupling
RAUX_H(226): down-quark EDM by the gamma-W-W coupling
RAUX_H(235): strange-quark EDM by the gamma-W-H coupling
RAUX_H(236): strange-quark EDM by the gamma-W-W coupling
*the new contributions are to be printed by taking IFLAG_H(18)=2
(7)-3 : strange-quark CEDM (d^C_s) added
RAUX_H(400): total
RAUX_H(401): one-loop chargino
RAUX_H(402): one-loop neutralino
RAUX_H(403): one-loop gluino
RAUX_H(404): two-loop Higgs
*the strange-quark CEDM is to be printed by taking IFLAG_H(18)=2
(8) 13/Aug/2012: The version 2.3 released
(8)-1 From the version 2.2, the following changes are needed:
- In the run file: the entries SMPARA H(20) and IFLAG H(30) added
- In the cpsuperh2.f file:
REAL*8 SMPARA H(19),SSPARA H(38) -> REAL*8 SMPARA H(20),SSPARA H(38)
and
DATA NSMIN/19/ -> DATA NSMIN/20/
(8)-2 For other updates, see the paper arXiv:1208.2212
(9) 23/Oct/2012: The version 2.3 extended
(9)-1 H -> Z gamma included
(9)-2 GAMBRN(IM,IWB=2,IH) now includes the corresponding SM branching
ratios of the neutral Higgs bosons
(10) 17/Apr/2013: A few typos in the calculation of H -> Z gamma corrected