CMS physics technical design report: Volume II: physics performance

Keyphrases

• Large Hadron Collider 100%
• Technical Design 100%
• Physics Performance 100%
• Benchmarking Method 75%
• Heavy-ion Collisions 50%
• Higgs Particle 50%
• New Physics 50%
• Supersymmetric 50%
• Parameter Space 25%
• Plethora 25%
• Diffraction 25%
• Physicists 25%
• Misalignment 25%
• Higgs Boson 25%
• Muon 25%
• Model Particle 25%
• Physics-based 25%
• Wand 25%
• CMS Experiment 25%
• Beyond Standard Model 25%
• Particle Physics 25%
• Luminosity 25%
• Collision Energy 25%
• Decay Channels 25%
• Integrated Luminosity 25%
• Pp Collisions 25%
• Miscalibration 25%
• Quarkonium 25%
• Theories beyond the Standard Model 25%
• Electroweak 25%
• B Meson 25%
• Technicolor 25%
• New Vectors 25%
• Supersymmetry 25%
• Searches for New Physics 25%
• Full Simulation 25%
• Higgs Search 25%
• Little Higgs Models 25%
• Higgs Properties 25%
• Higgs Discovery 25%
• Chapter 26 25%
• Top Quark 25%
• B-Physics 25%
• Electroweak Physics 25%
• Vector Bosons 25%
• Higgs Decays 25%

INIS

• performance 100%
• physics 100%
• volume 100%
• design reports 100%
• standard model 42%
• decay 35%
• higgs bosons 35%
• benchmarks 28%
• cern lhc 28%
• particles 21%
• tev range 21%
• supersymmetry 21%
• simulation 14%
• data 14%
• production 14%
• luminosity 14%
• heavy ion reactions 14%
• tools 7%
• energy 7%
• operation 7%
• electrons 7%
• space 7%
• coverings 7%
• jets 7%
• dimensions 7%
• precision 7%
• symmetry 7%
• photons 7%
• collisions 7%
• vectors 7%
• start-up 7%
• diffraction 7%
• muons 7%
• models (particle) 7%
• cms experiment 7%
• qcd 7%
• proton-proton interactions 7%
• bosons 7%
• top quarks 7%
• higgs model 7%
• quarkonium 7%
• b mesons 7%
• supersymmetric particles 7%

Physics

• Physics 100%
• Standard Model 41%
• Large Hadron Collider 33%
• Higgs Boson 25%
• Ionic Collision 16%
• Muon 8%
• Particle Physics 8%
• Quantum Chromodynamics 8%
• Supersymmetry 8%
• Physics beyond the Standard Model 8%
• Meson 8%
• Vector Boson 8%