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Particle identification
Decays of the Tau Lepton*
2020
Introduction to Subatomic- Particle Spectrometers∗
Machine-Learning-Based Global Particle-Identification Algorithms At
Particle Identification
CLEO III, a Dectector to Measure Rare $ B $ Decays and CP Violation
Mini-Jet Production in Proton-Antiproton Interactions and Particle Production in Heavy-Ion Collisions
An Introduction to Jet Substructure and Boosted-Object Phenomenology
Particle Identification Tools and Performance in the Ship Experiment
(EIC): an Introduction to the Particle Identification System
35. Particle Detectors at Accelerators
Measurement of Jet Substructure in Boosted Top Quark Decays at CMS
Particle Identification in ALICE: a Bayesian Approach
Particle Identification
Neutrino Sources and Detectors
The Discovery of the Tau Lepton and the Changes in Elementary Particle Physics in 40 Years
Jet Physics - Experimental Aspects - Murilo Rangel ! ! New Trends in HEP and QCD School Outline
Strange Quark As a Probe for New Physics in the Higgs Sector
Top View
MASTER DISTRIBUTION of THIS DOCUMENT IS UNLIMITED 16.Scmi4
CESR and CLEO 1 Introduction
CORNELL CLEO's Counters
EIC Status - Detector and Simulations
Particle Identification at Lhcb
Identification of Bottom Quark Jets in Pb+Pb Collisions in ALICE at the LHC
Optimization of Particle Identification
Particle Identification Techniques in High Energy Physics
The Physics of Charged Particle Identification: De/Dx, Cerenkov and Transition Radiation
Machine Learning Based Global Particle Identification Al
Particle Identification
Particle Identification
Particle Detectors
Identification of Beauty and Charm Quark Jets at Lhcb
A Convolutional Neural Network for Multiple Particle Identification in the Microboone Liquid Argon Time Projection Chamber
Measurement of the B< Lifetime
Identification of Bottom-Quarks in Searches for New Heavy
Charged Particle Identification Using Calorimetry and Tracking at the Belle II Experiment
Cornell University in New York Managed for a Long Time to Keep Pace with Major National Laboratories
Machine Learning for Particle Identification and Deep Generative Models Towards Fast Simulations for the ALICE Transition Radiation Detector at CERN
Particle Identification
Determination of the Misidentification Rate of Hadronically Decaying Tau
G.Unal (CERN) Why Particle Identification ?
Particle Identification
MACHINE LEARNING for HIGH-ENERGY PHYSICS: Per Layer (“Width”), and the Learning and Dropout Rates
Experimental Aspects of Jet Physics at LHC
Research and Development of Particle Detectors for Muon Tomography and the CERN ALICE Experiment
Particle Identification at the LHC Daniel Fournier-LAL Orsay
A Study of Particle Identi Cation with the Super-Kamiokande Detector
Advances in Charged Particle Identification Techniques
Particle Detectors for Non-Accelerator Physics
Tau-Lepton Physics at the FCC-Ee Circular E E− Collider Mogens Dam1?
Reconstruction of Hadronic Decay Products of Tau Leptons with the ATLAS Experiment
Search for a Singly Produced Excited Bottom Quark Decaying to a Top √ Quark and W Boson at S =13 Tev with the CMS Experiment
Particle Identification