Selected Papers from the 19th International Conference on Calorimetry in Particle Physics (CALOR 2022)

Edited by
August 2023
356 pages
  • ISBN978-3-0365-8394-5 (Hardback)
  • ISBN978-3-0365-8395-2 (PDF)

This book is a reprint of the Special Issue Selected Papers from the 19th International Conference on Calorimetry in Particle Physics (CALOR 2022) that was published in

Physical Sciences

This reprint contains a summary of what has been presented at the 19th “Calorimetry for High Energy Physics Experiment” (CALOR) conference, which was held at the University of Sussex (Brighton, UK) in May 2022.

The state of the art of particle detection, as well as of simulation tools for particle interactions with material, is presented and discussed by world leaders in the Research & Development of particle detectors, as well as early career researchers, sparking very exciting conversations within the detector development community during the five days of the conference.

  • Hardback
© by the authors
ATLAS; Tile Calorimeter; calorimeter calibration; calorimeter performance; liquid scintillator; PMTs; calibration; energy nonlinearity; energy resolution; dual calorimetry; fast-timing; electromagnetic calorimetry; radiation-hard detectors; ATLAS; LAr; upgrade; calorimeter; readout; electronics; electromagnetic calorimeter; compact muon solenoid; high luminosity large hadron collider; liquid argon detectors; liquid argon calibration; signal processing; particle identification; resolution; calorimeter; pre-shower; scintillating glass; hadronic calorimeter; high granularity calorimetry; silicon photomultiplier; cosmic rays; calorimeters; space instrumentation; large detector systems for particle and astroparticle physics; calorimeter; energy reconstruction; cluster splitting algorithm; resistive plate chambers; gaseous imaging and tracking detectors; hadron calorimetry; dual-readout calorimetry; calorimeter calibration; calorimeter performance; future colliders; ATLAS; LAr; calorimeter; Phase-1; upgrade; commissioning; calorimetry; particle detectors; photomultipliers; particle identification; Higgs factory; calorimeter; crystal; SiPM; high granularity; Geant4; geant-val; simulation; hadronic interaction; calorimeter; test-beam; calorimetry; Cherenkov calorimeter; high-granularity; neural network; GNN; CNN; dual-readout calorimetry; electromagnetic showers; Cherenkov light; optical fibres; liquid argon; plasma light source; scintillation light; dark photon; calorimetry; signal reconstruction; machine learning; machine learning; graph neural network; high energy physics; calorimeter reconstruction; secondary electron emission; radiation hardness; forward calorimetry; electromagnetic calorimetry; calorimetry; dual-readout; ADRIANO2; JUNO; JUNO-TAO; neutrino detectors; reactor neutrinos; calorimetry; MAPS; silicon detectors; linear collider; cosmic rays; astroparticles; γ-ray astronomy; cosmic rays; calorimetry; scintillation; light yield; calorimetry; hadron calorimetry; ATLAS; tile calorimeter; large hadron collider; upgrade; electromagnetic calorimeter; FCC; liquified noble gas; radiation hardness; irradiation; crystals; scintillators; protons; neutrons; proton CT; image reconstruction; proton tracking; deep learning; SiPMs; calorimetry for high energy physics; dual readout detector R&D; scintillation; crystals; SiPM; calorimetry; calorimeters; PbF2; SiPM; crystals; high granularity; mechanics; crystals; SiPM; calorimetry; LHC; calorimeter; trigger; FPGA; SLR; calorimeter; LYSO; simulation; intensity frontier; scintillators; ceramics; time of flight; ultrafast calorimetry; charge transfer luminescence; fast timing; calorimeter; front-end; electronics; crystals; SiPM; MPPC; flavour violation; particle detectors; hadron calorimeter; silicon photomultipliers; CMS; phase-2; upgrade; trigger; HGCAL; particle flow; calorimeters; high granularity; ATLAS; TileCal; Phase-II upgrade; quality assurance testing; burn-in; transformer-coupled buck converters