Linked from

The 31 pages that link to Particle physics, each with the reason it gives.

• Particle acceleratorNarrower topic: High-energy accelerators make collisions that reveal particles and test their interactions.

• Nuclear physicsCompared with: It probes more elementary constituents and interactions than most nuclear-structure studies.

• ScatteringNarrower topic: Scattering applies to particles as well as to waves.

• Joint Institute for Nuclear ResearchNarrower topic: JINR’s high-energy laboratories investigate particle interactions alongside its nuclear-physics work.

• ElectronvoltNarrower topic: Particle masses and collision energies are commonly reported in electronvolts and their multiples.

• Condensed matter physicsCompared with: It seeks fundamental constituents and laws, while condensed matter examines emergent behavior in large systems.

• Theoretical physicsRelated: Theoretical models predict particle properties and interactions tested in experiments.

• Stanford Linear Accelerator CenterNarrower topic: SLAC’s accelerator experiments have tested the structure and interactions of matter.

• SynchrotronNarrower topic: Synchrotrons provide the high-energy beams used in many particle-physics experiments.

• CMS experimentNarrower topic: CMS collision data address questions about the field’s fundamental particles and interactions.

• Particle decayNarrower topic: Particle decay is one way particle physics probes fundamental interactions.

• Atomic physicsNarrower topic: It probes constituents and interactions beneath the atomic scale.

• GasRelated: Gas behavior arises from the motion and interactions of its constituent particles.

• Hans GeigerNarrower topic: Geiger’s counting techniques helped establish experimental methods later used in particle research.

• Hideki YukawaNarrower topic: Yukawa’s meson proposal helped establish the particle-based study of nuclear forces.

• Owen ChamberlainNarrower topic: Chamberlain’s discovery became a landmark result in experimental particle physics.

• Arthur B. McDonaldNarrower topic: McDonald’s result prompted extensions to the established account of fundamental particles.

• Ernest WaltonNarrower topic: Accelerators developed for nuclear experiments later became central tools for particle physics.

• Takaaki KajitaNarrower topic: The discovery forced a revision to a basic assumption within this field.

• C. T. R. WilsonNarrower topic: Wilson’s visible tracks helped establish experimental methods in the field.

• Carl David AndersonNarrower topic: Anderson’s discoveries helped launch the experimental study of a growing particle zoo.

• Donald GlaserNarrower topic: Glaser developed the bubble chamber to investigate the particles and reactions studied in this field.

• Ion beamNarrower topic: Ion beams first became central tools for probing atomic nuclei and particle interactions.

• Cecil Frank PowellNarrower topic: Powell’s emulsion discoveries expanded the experimental study of elementary particles.

• European Physical JournalRelated: European Physical Journal C provides a dedicated publication venue for it.

• Grammatical particleCompared with: The shared word “particle” names a physical entity here, not a grammatical element.

• Heaviside–Lorentz unitsNarrower topic: The system is common in theoretical calculations involving charged particles and fields.

• Henry Way KendallNarrower topic: Kendall’s discovery became a landmark in the experimental development of the field.

• Hypothetical particleNarrower topic: This field develops and tests most proposals for new fundamental particles.

• Masahiro SakuraiNarrower topic: It was the research field in which Sakurai made his principal scientific contributions.

• Outline of physicsBroader topic: It investigates matter and forces at the smallest known scales.