Raffaella Radogna
(INFN Bari Italy)
21/03/2017 08:30
Experiment
Ordinary
Dr
Hengne LI
(University of Virginia)
21/03/2017 08:50
Experiment
Ordinary
New diboson heavy resonance search results of 2016 full dataset from ATLAS and CMS.
Prof.
Gilad Perez
(Weizmann)
21/03/2017 09:10
Theory
Ordinary
The relaxion framework, to ameliorate the Higgs fine tuning problem, is briefly introduced.
Then, some of the relevant couplings to standard model fields are derived.
Finally, the phenomenology of relaxion models is described and various search strategies in the various frontiers for new physics searches.
Dr
Noam Tal Hod
(TRIUMF)
21/03/2017 09:30
Experiment
Ordinary
I will show new ATLAS and CMS results of (non-SUSY) searches with 3rd generation quarks, walking through the experimental challenges associated with the complex characteristics of these final states and the different approaches taken, namely, jet substructure techniques. I will highlight results with the full 2015+2016 dataset and will also show results with less data. A few motivating models...
Marie-Hélène Genest
(LPSC)
21/03/2017 09:50
Experiment
Ordinary
The prospects of looking for exotic beyond-the-SM physics with the ATLAS and CMS detectors at the LHC in the rest of Run-2 and in Run-3 will be discussed. What are the limiting factors in these searches? What gain in sensitivity can be achieved by accumulating more data? How do the actual limits compare to the predicted reach? How can the searches be improved?
Prof.
Benjamin Allanach
(DAMTP University of Cambridge)
21/03/2017 10:30
Theory
Ordinary
We examine the phenomenology of a next-to-minimal gauge mediated supersymmetry breaking model which has attractive properties in the BEH sector: it can fit Higgs data with relative light (around 1 TeV or so) sparticle masses, resulting in less fine tuning. The model predicts displaced vertices. We demonstrate the the signal efficiency of a particular ATLAS displaced vertex analysis is poor for...
Dr
Wouter Hulsbergen
(Nikhef)
21/03/2017 10:50
Experiment
Ordinary
