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Welcome to the HAL Open Archive of the Institut Polytechnique de Paris

 It consists of publications of the 5 member institutions of the IP Paris (click on logos to access their HAL portal) :


École polytechnique ENSTA Paris ENSAE Télécom Paris Télécom SudParis
École polytechnique ENSTA Paris ENSAE Paris Télécom Paris Télécom SudParis


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9 214


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LHC-B Channel cross section upper limit Resonance production Lead New physics search for Correlation function Turbulence Perturbation theory higher-order Data analysis method Electron Differential cross section measured Deep Learning B physics Beyond Standard Model Transverse momentum dependence Optimization Mass dependence Quantum chromodynamics perturbation theory Jet bottom Final state njet dilepton Phase space CERN LHC Coll TeV Numerical calculations Monte Carlo Sensitivity Correlation Kinematics Machine learning Heavy ion scattering Signature P p scattering Supersymmetry Apprentissage automatique Plasma Deep learning Security Coupling constant upper limit Silicon GeV Transverse momentum missing-energy Quantum chromodynamics Neural networks Muon Statistical CMS Channel cross section branching ratio upper limit Calibration Muon pair production Error statistical 13000 GeV-cms Parton distribution function Laser IoT Asymmetry CP Stability Suppression Electroweak interaction Gravitation J-PARC Lab Mars Photon 7000 GeV-cms Final state njet lepton Apprentissage profond CERN Lab Privacy Reinforcement learning Simulation Structure 5G Bottom particle identification Performance Z0 leptonic decay Channel cross section measured Top pair production CP violation Rapidity P p colliding beams 8000 GeV-cms Neural network Higgs particle decay modes Higgs particle hadroproduction Machine Learning Elementary Particles and Fields Experimental results Transverse momentum Statistical analysis Rapidity dependence Climate change Hadron-Hadron scattering experiments Internet of Things Electron pair production Artificial intelligence Effective field theory Hadron-Hadron Scattering Branching ratio ratio measured Modeling Background Blockchain KAMIOKANDE