Speaker
Mikael Berggren
(Deutsches Elektronen-Synchrotron (DE))
Description
A systematic study of a SUSY model with a rich spectrum accessible at the ILC
running below and up to the centre-of-mass energy of 500 GeV is presented. The
model point -- the delta M tilde-tau point of Baer & List (arXiv:1205.6929) --
is such that all sleptons and most bosinos would be produced at the ILC, while
the gluino and the first and second generation squarks are beyond the current
LHC reach. The model is consistent with all current experimental limits and
measurements. However, due to the many open channels and long cascade-decay
chains, it would be a challenge to the ILC experiments to interpret.
This study aims at exploiting this model fully by suggesting a running
scenario, where beam-time is allotted in an optimal way to threshold scans and
measuring the continuum production at both intermediate and the highest
possible centre-of-mass energies, with different beam polarisations. The
obtainable experimental precisions are then used to make an MSSM parameter
determination with 18 free parameters using the Fittino framework.
Primary author
Mikael Berggren
(Deutsches Elektronen-Synchrotron (DE))
