Previous versions of SPheno

Release 3.0beta50: 09.06.10

gzipped tarred source,
including general flavour and CP structures of the MSSM
adding input/output according SUSY Les Houches Accord 2
Implementation of Seesaw I and seesaw II models
Implementation of rare lepton decays
Including entry 12 in block MODSEL of the SLHA interface, at the same the entry 33 of the block SPhenoInput has been disabled
Correcting bug in the calculation of d-quark Yukawa couplings, where in case of flavour mixing the gluino contribution has been missing.

gzipped tarred source,
input/output according to the SUSY Les Houches Accord
supports the conventions of Supersymmetry Parameter Analysis (SPA) project
inclusion of complete 2-loop 3rd generation Yukawa and alpha_s corrections to the mu-parameter and the neutral Higgs masses.
use of running masses in the calculation of self energies
W-boson is now calculated (previously it had been an input)
running light quark masses as input, using 4-loop RGEs to get values at the m_Z including 3-loop boundary conditions
Including new decay modes: gluino into gluon + neutralino, neutralino_i -> photon neutralino_j, h0 -> g g, h0 -> w W*, h0 -> Z Z*
calculation of cross sections for several combinations of the collider energy and/or polarisation of the incoming beams
bug fixes in calculation e+ e- -> Z h, Z H, sin^2(theta_W^DR), the 2-loop RGEs of A_t and M_Q, and in the SLHA input
implemented high scale models: mSUGRA, GMSB, AMSB, various string effective field theories, general interface for abitrary but flavour diagonal boundary conditions, general MSSM with abitrary but flavour diagonal parameters.

gzipped tarred source ,
input/output according to the SUSY Les Houches Accord
supports the conventions of Supersymmetry Parameter Analysis (SPA) project
inclusion of complete 2-loop 3rd generation Yukawa and alpha_s corrections to the mu-parameter and the neutral Higgs masses.
use of running masses in the calculation of self energies
W-boson is now calculated (previously it had been an input)
running light quark masses as input, using 4-loop RGEs to get values at the m_Z including 3-loop boundary conditions
Including new decay modes: gluino into gluon + neutralino, neutralino_i -> photon neutralino_j, h0 -> g g, h0 -> w W*, h0 -> Z Z*
calculation of cross sections for several combinations of the collider energy and/or polarisation of the incoming beams
bug fixes in calculation of left slepton masses and chargino masses
implemented high scale models: mSUGRA, GMSB, AMSB, various string effective field theories, general interface for abitrary but flavour diagonal boundary conditions, general MSSM with abitrary but flavour diagonal parameters.

gzipped tarred source ,
input/output according to the SUSY Les Houches accord
inclusion of complete 2-loop 3rd generation Yukawa and alpha_s corrections to the mu-parameter and the neutral Higgs masses.
use of running masses in the calculation of self energies
W-boson is now calculated (previously it had been an input)
running light quark masses as input, using 4-loop RGEs to get values at the m_Z including 3-loop boundary conditions
Including new decay modes: gluino into gluon + neutralino, neutralino_i -> photon neutralino_j, h0 -> g g, h0 -> w W*, h0 -> Z Z*
bug fixes in the self energies, see file README
bug fixes for the decay of a light stop into W b neutralino and gluino into stop c, see file README
implemented high scale models: mSUGRA, GMSB, AMSB, various string effective field theories, general interface for abitrary but flavour diagonal boundary conditions, general MSSM with abitrary but flavour diagonal parameters.

gzipped tarred source
input/output according to the SUSY Les Houches accord
inclusion of complete 2-loop 3rd generation Yukawa and alpha_s corrections to the mu-parameter and the neutral Higgs masses.
use of running masses in the calculation of self energies
W-boson is now calculated (previously it had been an input)
running light quark masses as input, using 4-loop RGEs to get values at the m_Z including 3-loop boundary conditions
Including new decay modes: gluino into gluon + neutralino and neutralino_i -> photon neutralino_j
bug fixes in the self energies, see file README
bug fixes for the decay of a light stop into W b neutralino and gluino into stop c, see file README
implemented high scale models: mSUGRA, GMSB, AMSB, various string effective field theories, general interface for abitrary but flavour diagonal boundary conditions, general MSSM with abitrary but flavour diagonal parameters.

gzipped tarred source
implemented high scale models: mSUGRA, GMSB, AMSB, various string effective field theories, general interface for abitrary but flavour diagonal boundary conditions.