National and Kapodistrian University of Athens (GR)
Author in the following contributions
- Polarization in VV production in CMS
- Precision timing at the HL-LHC with the CMS MIP Timing Detector: current progress on validation and production
- Searches in CMS for new physics in final states with jets
- Performance of muons, electrons and photons at CMS and recent developments
- The CMS ME0 Upgrade: Enhancing Forward Muon Reconstruction at the HL-LHC
- The CMS ECAL upgrade for the High-Luminosity LHC
- Performance of the CMS ECAL and of electron and photon reconstruction in Run 3
- Precise luminosity measurement at CMS
- Searches for additional Higgs bosons (high & low mass) at CMS
- Run 3 CMS Trigger Developments for New Physics Exploration
- Search for rare decay of SM Higgs to light scalars in the CMS experiment [Zoom]
- Searches in CMS for long-lived particles and other non-conventional signatures
- Search for new heavy resonances decaying to higgs boson pairs in boosted bbtautau final states
- Physics results with the CMS Precision Proton Spectrometer and projections for the HL-LHC with PPS2
- Recent results on Vector Like Quarks/Excited Fermions at CMS
- HH and Scalar+H resonant searches at the HL-LHC
- HH and Scalar+H resonant searches and their combination at CMS
- Searches for Supersymmetry with compressed scenarios
- Recent searches for SUSY particles with CMS with MET
- Stealth and RPV SUSY searches with CMS
- LFV decays of bosons at CMS
- Measurements of rare top production and their BSM interpretations
- Top quark production at the ttbar threshold
- Measurements of the top quark properties and its production at its kinematic threshold
- Cross section measurements of top quark production
- Measurements of Triboson production at CMS
- Diboson production in CMS
- Vector Boson Scattering measurements at CMS
- Recent results on searches with boosted Higgs at CMS
- Constraints on Higgs light Yukawa couplings
- Di-Higgs searches at CMS
- Measurements of the Higgs boson properties from diboson final states
- Exploring new physics in the Dark Sector at CMS
