Karol KRIZKA
(Berkeley LBNL)
01/09/2017, 14:00
7) Energy frontier physics beyond the standard model
Andrea DELL'ACQUA
(CERN)
01/09/2017, 14:25
7) Energy frontier physics beyond the standard model
Arely CORTES-GONZALEZ
(CERN)
01/09/2017, 14:50
7) Energy frontier physics beyond the standard model
The presence of a non-baryonic dark matter component in the Universe is inferred from the observation of its gravitational interaction. If dark matter interacts weakly with the Standard Model it would be produced at the LHC, escaping the detector and leaving a large missing transverse momentum as their signature. The ATLAS detector has developed a broad and systematic search program for dark...
Jana Schaarschmidt
(University of Washington)
02/09/2017, 14:00
7) Energy frontier physics beyond the standard model
Ye Chen
02/09/2017, 14:25
6) Standard model physics at the TeV scale
Latest results of searches for heavy Higgs bosons in
fermionic final state are presented using the CMS detector at LHC.
Results are based on pp collision data collected at centre-of-mass
energies of 8 and 13 TeV which have been interpreted according to
different extensions of the Standard Model such as 2HDM, MSSM,
NMSSM. These searches look for evidence of other scalar or
pseudoscalar...
Dr
Katharine Leney
(University of the Witwatersrand)
02/09/2017, 14:50
7) Energy frontier physics beyond the standard model
Murli Verma
(U)
02/09/2017, 15:15
11) Development of accelerators and detectors
A strong follow up of a previous proposal (ICHEP, Valencia 2014) is made leading to the first experiment to observe the gravitational waves at the collision sites at the colliders such as the Large Hadron Collider at CERN. The amplitudes have been calculated with regard to the sensitivity of the detector. Compared with the standard model physics, it is show to have a measurable impact on...
Mr
Zeren Simon Wang
(BCTP, University of Bonn)
02/09/2017, 15:35
7) Energy frontier physics beyond the standard model
Low-energy flavour observables provide powerful tests of physics beyond the Standard Model. We calculate $\Delta M_{B^0_d/B^0_s/K^0}$, arising from the respective neutral mesons’ mixing, by using the R-parity-violating Minimal Supersymmetric Standard Model (RPV-MSSM) including the mixing effects induced by the bilinear RPV term in the superpotential. We take into account all contributions at...
Moritz BACKES
(Oxford)
03/09/2017, 16:30
7) Energy frontier physics beyond the standard model
Federico Meloni
(Universitaet Bern)
03/09/2017, 16:55
7) Energy frontier physics beyond the standard model
Antoine MARZIN
(CERN)
03/09/2017, 17:20
7) Energy frontier physics beyond the standard model
