Centrally produced generator samples
Under the links to the left, details on the centrally generated signal and background samples
needed for the DBD are given.
Four- and two-fermion samples generated at DESY
These samples were
generated with Whizard 1.95
The information is "physics organised";
The individual generated samples are classified by which IVB:s could
give rise to such a flavour combination. It does not mean that there
is a diagram-selection. Channels with electron-lepton
flavour in the final state are separated out, due to the large
t-channel contribution in these cases. The samples are then further sub-divided
as leptonic, hadronic or semi-leptonic, and finally by the polarisation
of the beams. Each of these cases gets an unique id-number. This number
is also assigned to channels with no cross-section, eg. pure s-channel
final states, with equal polarisation of both beams. In case a channel
was re-done for some reason, a new id number is assigned, and the meta-data
indicates which sample it supersedes.
The available information:
- Overall, valid for all channels
- Input files: whizard.prc, whizard.mdl, whizard.cut1.
- Summary information: cross-sections, statistics, cross-reference tables
between id numbers and channels.
- The sub-channels included, as their name in the whizard.prc.
- pdf-files with plots of the included Feynman-diagrams.
- Channel- and polarisation specific
- Two sub-directories, one for the integration run ("grids"), one for the
- Input file: whizard.in.
- Output files: whizard.log and integration.log, various
- In the "grids" directory: the .grb and .grc integration grids.
These can be used as input to private event-generation.
- In the "events" directory: the meta-data file, where all details
can be found.
Beam-strahlung pairs generated at DESY
These samples were generated with GuineaPig. Only the log- and steering-files of the generation
of the first bunch-crossing is posted under the link - if needed, the files relevant for
any bunch-crossing in the train can be found on the grid.
tth samples generated at KEK
This link brings you to the relevant page at KEK, where more information can be found
Higgs and Six fermion samples generated at SLAC
These links brings you to the relevant pages at SLAC. They have also been generated with
.The Six fermion sample is dominated by ttbar,
but does contain all six fermion final states. The Higgs sample contains both the WW-fusion and
Gammagamma (and Compton) samples generated at SLAC
This link will bring you to a page explaining the layout of these samples, and containing
links to the relevant pages at SLAC. Also these samples have been generated with
BSM sample generated at DESY
Currently, samples for a natural SUSY model with very low difference between the LSP and NLSP
can be found here. Also these samples have been generated with
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