FlexibleSUSY is a Mathematica and C++ framework to create fast and
modular spectrum generators for supersymmetric and
non-supersymmetric models. It is based on
SARAH and uses some
The latest release of FlexibleSUSY is 1.7.4 (released 12 April 2017).
The latest release of FlexibleSUSY+Himalaya
is 1.7.4 (released 22 August 2017).
1.7.4+Himalaya has been released
is a standalone version of FlexibleSUSY 1.7.4, which contains
three pre-generated MSSM spectrum generators to calculate the
lightest CP-even Higgs pole mass in the MSSM at the 3-loop level
must be downloaded separately. See
description or the
README file in the
FlexibleSUSY+Himalaya tarball for further details.
1.7.4 has been released. This version fixes a bug in the
2-loop beta function of the SM vacuum expectation value as well
as a compatibility bug with SARAH 4.11.0.
1.7.3 has been released. This version fixes a bug in the
CMSSMCPV model file and implements missing limits of the
threshold correction functions for HSSUSY [arXiv:1407.4081].
1.7.2 has been released. This version fixes a bug in the
2-loop and 3-loop SM-QCD contributions to the top pole mass and
top Yukawa coupling in non-SUSY models.
1.7.1 has been released. This version
1.3.0 and simplifies the configuration options for
1.7.0 has been released. This version
includes FlexibleEFTHiggs and
a Mathematica interface for the spectrum
generators generated with FlexibleSUSY.
spectrum generators for the MSSM, NMSSM, E6SSM and NMSSM have
The following people have made major contributions to FlexibleSUSY:
- Dylan Harries (loop-induced effective vertices
$h\rightarrow\gamma\gamma$ and $h\rightarrow gg$)
- Tom Steudtner (FlexibleEFTHiggs)
If you use FlexibleSUSY in your work, please cite
If you use FlexibleEFTHiggs in your work, please
- Precise Higgs mass calculations in (non-)minimal supersymmetry
at both high and low scales
[JHEP 1701 (2017)
If you use FlexibleSUSY+Himalaya
or Himalaya in your work, please cite
- Higgs mass prediction in the MSSM at three-loop level in a pure
FlexibleSUSY depends on SARAH and contains components from
SOFTSUSY. Therefore, please also cite the following publications
along with FlexibleSUSY:
All references in BibTeX format: