Particle Physics X-ray Astronomy Cosmic Phenomena Experimental Physics Gamma Rays Astrophysical Jets Radiation Measurement Techniques Particle Colliders Supercolliders Fundamental Mathematics TeV Energy Range X-rays Relativistic Heavy Ion Collider Gamma-Ray Emission Large Hadron Collider Z' Bosons Particle Accelerators Electromagnetic Radiation Electromagnetism X-Ray Astronomy Beam Diagnostics Cosmic Rays Quark-Gluon Plasma Astrophysical Phenomena Quantum Chromodynamics Quantum Physics Matter-Antimatter Asymmetry Particle Acceleration Boosted Jets Nuclear Collisions Astrophysics WIMPs Gamma-Ray Astronomy X-ray Emission Higgs Boson Research Facilities Cosmic Explosions Computational Techniques CERN New Particles Material Science Molecular Dynamics Nuclear Physics Energy Measurements Neutrino Detection Theoretical Models Quantum Field Theory Relativistic Electrons Heavy-Ion Collisions Magnetism
The upgrade aims to boost collision rates up to tenfold to enable precision studies of the Higgs boson.
