Skip to Main content Skip to Navigation

 

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
         

 

Latest submissions

Chargement de la page

 

 

 

 

 

 

 

 

 

 

 

 

Full-text documents

3 167

 

Bibliographical references

2 309

 

Tag cloud

Resonance production Rapidity Nonlinear optics Channel cross section branching ratio upper limit Blockchain Performance Particle Physics Experiments Asymptotic analysis Correlation Bottom particle identification Cross section ratio measured Phase space Muon pair production Cloud computing New physics search for 8000 GeV-cms Electronics readout 13000 GeV-cms Statistical Electroweak interaction Security Nuclear matter effect Top pair production Internet of Things Climate change Mass dependence P nucleus interaction Elementary Particles and Fields Rapidity dependence LHC-B Parton distribution function Coupling constant upper limit B+ hadronic decay Diffusion Transverse momentum dependence Stability Machine learning Modeling Differential cross section measured CMS Simulation Data analysis method Optimisation P p colliding beams Experimental results 5020 GeV-cms/nucleon CERN Lab KAMIOKANDE Structure Correlation function Physics Higgs physics Jet bottom Neural network P p scattering Mass width Kinematics Laser Calibration CERN LHC Coll Z0 leptonic decay Quantum chromodynamics perturbation theory Higher-order 1 Programming Channel cross section upper limit Sensitivity Optimization Electron Higgs particle hadroproduction Heavy ion scattering Hadron-Hadron scattering experiments PARIS team B physics Machine Learning Activity report Anomaly detection Transverse momentum missing-energy Numerical calculations Monte Carlo Z0 pair production Channel cross section measured 5G Gravitation Privacy J-PARC Lab Supersymmetry symmetry breaking IoT Statistical analysis Muon 7000 GeV-cms Effective field theory Background Perturbation theory higher-order Deep learning Quantum chromodynamics Higgs particle decay modes ACL Internet of things Supersymmetry Lead Electron pair production

 

 

Subjects