HAL-CEA Univ-Paris-Saclay

Publications des unités de recherche du CEA impliquées dans l'université Paris-Saclay

Derniers dépôts

Nombre de documents

3 068

Nombre de notices

6 401

Evolution des dépôts

Mots clés

Gravitational radiation Heavy ion scattering Numerical calculations Linac P p scattering 8000 GeV-cms Quantum chromodynamics Suppression Electron pair production Coupling constant upper limit Energy high Spectral 13000 GeV-cms Galaxy Squark pair production Z0 associated production Final state njet dilepton ALICE Experimental results Bottom pair production Z0 leptonic decay Activity report Signature Channel cross section measured New physics search for Rapidity Sensitivity Background Gravitation Double-beta decay 0neutrino Structure Embedded systems Monte Carlo CMS Physics Numerical calculations Monte Carlo Transverse momentum missing-energy Bolometer P p colliding beams Cosmological model Transverse momentum dependence Higgs physics Channel cross section upper limit Statistical analysis Perturbation theory higher-order Electron Geometry Lead Higgs particle hadroproduction Supersymmetry Phase space New physics Higher-order 1 W leptonic decay Channel cross section branching ratio upper limit Muon pair production Differential cross section measured Simulation Rapidity dependence Z0 pair production Mass dependence Parton distribution function Kinematics CERN LHC Coll Transverse momentum Electroweak interaction Final state njet lepton Quark gluon plasma Jet transverse momentum Hadron-Hadron scattering experiments Cryomodule ATLAS Tau pair production Beyond Standard Model Neutrino oscillation Dark energy Large-scale structure of Universe Top pair production Final state njet CERN Lab Resonance production Higgs particle hadronic decay Calibration Performance Ion Photon Narrow resonance Gluino mass lower limit HESS Quantum chromodynamics perturbation theory Jet bottom Bottom particle identification Nucleus Dark matter Particle Physics Experiments Automatic Keywords W associated production Data analysis method Cavity Effective field theory