Linked from

The 38 pages that link to Large Hadron Collider, each with the reason it gives.

• Particle acceleratorBroader topic: It uses colliding proton beams to study fundamental particles.

• Higgs mechanismRelated: Its experiments discovered the Higgs boson and measure its properties.

• GluonRelated: Many LHC events probe gluon dynamics at energies inaccessible to earlier experiments.

• CERNBroader topic: CERN’s flagship accelerator collides protons and heavy ions for experiments such as ATLAS and CMS.

• Higgs bosonRelated: Its collisions produced the events used to discover the Higgs boson.

• HadronRelated: Its collisions produce and study hadrons across a wide range of energies.

• String theoryRelated: Its measurements constrain some proposed low-energy signs of string-inspired models.

• Particle detectorRelated: Its experiments use layered detectors to reconstruct products of high-energy collisions.

• Quark–gluon plasmaRelated: Lead-ion collisions there create hotter plasma and enable measurements complementary to RHIC.

• SupersymmetryRelated: Its collision data have searched for superpartners and constrained their possible masses.

• Higgs fieldRelated: Its experiments produced the data that revealed the Higgs boson.

• LuminosityBroader topic: Its operating performance is commonly described through peak and integrated luminosity.

• Elementary particleBroader topic: Its collision data enabled the discovery of the Higgs boson.

• ATLAS experimentNarrower topic: The LHC supplies the proton collisions that ATLAS records.

• Peter HiggsRelated: Its experiments produced the collisions in which the Higgs boson was observed.

• Heavy-ion collisionRelated: Its lead-ion runs produce especially energetic samples of hot QCD matter.

• Planck scaleCompared with: Its collision energies are many orders of magnitude below the Planck energy.

• SynchrotronBroader topic: It is a prominent synchrotron built to accelerate and collide protons at high energies.

• CMS experimentNarrower topic: The LHC supplies the collisions that CMS records and analyzes.

• Jet (particle physics)Broader topic: Its detectors reconstruct jets in searches and precision measurements.

• LHCb experimentNarrower topic: LHCb operates at one of the LHC’s collision points and analyzes its proton-collision products.

• François EnglertRelated: Its collisions enabled ATLAS and CMS to find the Higgs boson.

• Particle identificationBroader topic: Its experiments combine many detector systems to identify particles in collision events.

• Heavy-ion acceleratorRelated: Its lead-ion program studies strongly interacting matter at higher collision energies.

• TevatronCompared with: The LHC took over the energy frontier and later discovered the Higgs boson.

• Z bosonRelated: Its Z-boson data support precision tests and searches for deviations from Standard Model predictions.

• Minimal Supersymmetric Standard ModelRelated: Its searches have placed strong limits on many colored MSSM superpartners.

• Barry BarishCompared with: Like LIGO, it shows how large international experiments depend on long-term coordination and infrastructure.

• Carlo RubbiaCompared with: Unlike Rubbia’s antiproton method, its principal operation collides two proton beams.

• Subatomic particleBroader topic: Its collisions have tested the Standard Model and produced the Higgs boson.

• Accelerators & storage ringsBroader topic: It exemplifies a storage ring built to collide high-energy particle beams.

• High-energy nuclear physicsBroader topic: Its lead-ion program studies quark–gluon plasma at higher collision energies.

• History of subatomic physicsBroader topic: Its experiments discovered the Higgs boson and test the Standard Model at the energy frontier.

• Hypothetical particle physics modelsRelated: Its collision data directly search for new particles and constrain their production.

• Micro black holeRelated: Its collision data have been used to search for signatures of microscopic black holes.

• Particle accelerator technologyBroader topic: It exemplifies accelerator engineering at the frontier of particle physics.

• Physics beyond the Standard ModelRelated: Its collisions test for new particles and deviations from Standard Model predictions.

• QCD matterRelated: Its lead-ion collisions provide measurements of hot QCD matter.