| Family Name
|| First Name
||Methods to expand the discovery potential at hadron colliders by investigating channels that have previously been ignored.
||- Dark matter tools - Phenomenological constraints from dark matter - Interplay between dark matter searches and collider data
||Early searches/discoveries: LHC 1 fb-1 vs Tevatron 10 fb-1: topologies and mass vs coupling sensitivities (towards model independent limits) Early model discrimination: what can 1 fb-1 tell us? Prospects and updates on an LHC energy upgrade Strongly interacting theories, extra dimensions.
||dark matter at the LHC supersymmetry unification SLHA generalization
||Early discovery Early model discrimination Energy upgrade Z_2 vs Z_3
||Implementation of new models in existing tools. BSM predictions for the LHC. Study of signatures: from parton level to detector level. Data interpretation.
||Phenomenology of BSM models promising for early LHC data, related to my latest publications on Technicolour, generalised Z' models and Supersymmetry as a theorist as well as the member of CMS collaboration. I also plan to present a new version of CalcHEP as one of its author and its application for LHC physics.
||model independent searches based on topologies
||Models with extra dimensions, tools for BSM
||--SM NLO: New techniques and automation for 2->4 --Spin and coupling determination, LHC connection to Dark Matter
||Tools for automatic calculation processes BSM.
||LHC signatures of right-handed sneutrino dark matter in an extension of the MSSM.
||Phenomenology of new models of EW symmetry breaking, SUSY phenomenology, issues of model reconstruction and model independent searches based on topologies, technical issues in working with DELPHES, PGS, ME+PS, Spin correlations and model discrimination, DM models and LHC signatures
||BSM - Vector-like quark production - Technicolor (techni-rho production) - Excited Lepton signals
||top physics at hadron colliders, warped extra-dimension models
||Prospects and updates on an LHC energy upgrade (My research expertise is in hadronic tau decays. I am also involved in the ATLAS trigger upgrade.)
||* Tools and Monte Carlo * LHC signatures of asymmetric dark matter
||*Statistical Techniques and Tools for Model Fitting/Reconstruction and Parameter Inference *Phenomenology of General Gauge Mediation (unusual topologies, NLSP physics, dark matter candidates)
|Drieu la rochelle
||Higgs phenomenology in non standard supersymmetric models (MSSM based with effective operators up to dimension 6). Loop correcitons for relic density in the MSSM.
||Implementation and validation of BSM models into MC generators with the help of the FeynRules package, e.g., implementation of non-minimal SUSY models and/or models involving higher dimensional operators.
||Composte Higgs, Higssless, Dark Matter.
||SM and BSM Higgs searches
||Early searches for supersymmetry at the LHC - di-lepton signatures. Experimental studies of lepton flavour violation.
||Early experimental signatures for supersymmetry, black holes and extra dimensions.
||I wish to work on new developments for FeynRules, especially regarding the implementation of supersymmetric theories. I would like to dedicate time to the implementation of the gravitation superfield and an automatic derivation of the RGEs for any SUSY theory (in the prospects of a spectrum generator generator). In addition, I would like to use the full chain "Model > FeynRules > Matrix element generators > parton showering > hadronisation > detector simulation" to work on specific pheno SUSY projects with the people attending the meeting. I would like to emphasize that I wish to focus on beyond the MSSM models, not only on the widely studied MSSM, and try to devise a strategy search in order to disentangle different SUSY theories in the case of a SUSY-like discovery at the LHC.
||BSM physics in top physics.
||Models BSM, Collider methods
||1) Use of transverse collider variables, such as mT2 or variations thereof. 2) Top-related observables, e.g. top production, decays to lighter quarks, asymmetries.
||I'm an experimentalist currently working on searches at CMS involving high pt electrons. As such I'm very interested in early data model independent searches, both in interpreting limits model independently and distinguishing between models should any signal be found. I also have a soft spot for alternatives to EWK symmetry breaking, having done some work on technicolor in the last Les Houches workshop and in my thesis.
||BSM searches involving photons; new approaches to BSM experimental searches (including model-independent searches); Technicolor searches at the LHC.
||Supersymmetry and BSM signatures
||PDF fitting - Markov chain Monte Carlo; Z',W'@NLO
||Dark matter studies (direct and indirect detection both model dependent and independent), lepton number violating processes (e.g. triplet higgs) in LHC.
||Implementation of universal extra dimension models into public codes
||Constraining New Physics from LHC data and dark matter searches.
||New Physics and Dark Matter searches at the LHC, in ATLAS data.
||Strong dynamics of electroweak symmetry breaking
||stop-sbottom searche techniques
||Particularly interested in working on (semi) model-independent searches and how to later extract information to discriminate between models.
||- Interplay of flavour and collider (SuperIso code, new interfaces, new models, Flavour Les Houches Accord) - Phenomenology of SUSY and Extradim (RS)
||Searches with few fb-1 at the LHC. Early model discrimination. Tools for setting limits on generic BSM models using the published LHC search results.
||Extra-dimensions and SUSY searches at LHC
||Interpretation of results of LHC SUSY searches - Dark Matter connection
||Theories of electroweak symmetry breaking. Dark matter.
||automatic calculation of matrix elements, BS Models, Dark Matter.
||Search for non-SUSY Dark Matter in LHC and in direct and indirect detection experiments, DM and Higgs portal, connection between DM and leptogenesis. Interpretation of early LHC data in terms of new physics.
||higher order and BSM simulations
||Composite Higgs, Dark Matter, Electroweak Baryogenesis
||SUSY signatores in the pMSSM
||TH convener Early discoveries New Fermion resonances Higher energy prospects
||BSM: In general, BSM interpretation of the first few fb-1 LHC data. - Application of Bayesian techniques (in particular, the referece prıors) to the solution of multi-parameter problems, which are central in new physics, especially SUSY searches - Inference on SUSY dark matter using the eary LHC data. - Using the 3rd generation in new physics searches Tools: - With the start of LHC, interest in interpreting the LHC results in terms of BSM physics by both theorısts and experımentalists grows. Les Houches is a good opportunity to discuss standard requirements for such projects. One such requirement is a common repository of an ınclusive set of SM background events. This project was initiated in Les Houches 2009, and it could be continued in 2011. Another necessity is a fast generic detector simulator. The recently developed Delphes is a very promissing candidate. Thorough studies could be performed on this tool such that it is in a position to be blessed officially by ATLAS and CMS as a tool that can represent the simulation of these detectors
||Leading various analyses in CMS in Exotics searches. Z', Quantum Black Holes, Boosted Zeds, Hidden Valley signatures. Interested in simulation issues, interpretation of observations in LHC data, novel signatures. By the time of Les Houches we should have significant data from the LHC. Interested in exploring the inferences we will be able to make.
||spin measurements, top polarizations
||Tools and MC convenor for BSM
||Organization; MSSM Higgs boson production; Developments on the Flavour Les Houches Accord;
||Models with extra dimensions
||Search of heavy right-handed neutrino and W-boson at CMS.
||Interested in : - model independent searches; model discrimination and reconstruction - dark matter related topics
||I work on searches for new physics in jets and missing energy, novel higgs decays, and boosted object recently incorporating color flow into jet substructure
||1. Early searches and discoveries. 2. Early model discrimination 3. Prospects and updates on an LHC energy upgrade 4. Prospects for distinguishing different dark matter stabilizing symmetries at LHC.
||LHC signatures of asymmetric dark matter