Nuclear & Particle Physics
Every nuclear & particle physics article, formula, calculator and quiz on PhysicsTheories.com, organised so you can move from fundamentals into research-level material in a logical order.
Published Nuclear & Particle Physics pages (16)
- Particle Physics Overview
A hub for the Standard Model, particles, forces, accelerators, and experimental evidence. - Quarks and Leptons
A guide to fundamental fermions, generations, charge, color, and the matter content of the Standard Model. - What Is the Higgs Boson?
A clear answer page explaining the Higgs field, symmetry breaking, and why the Higgs boson matters. - Supersymmetry Explained
A deeper look at supersymmetry, partner particles, motivations, and why experiments constrain the theory. - Standard Model vs Supersymmetry
A comparison of the established Standard Model with the proposed supersymmetric extension. - Neutrino Oscillations
How neutrinos change flavor, what oscillations reveal about mass, and why this matters for particle physics. - Axion Dark Matter
A guide to axions as dark-matter candidates and the physics behind their detection searches. - What Is Dark Matter?
A concise explanation of dark matter evidence, candidates, and open questions. - Quark-Gluon Plasma
An introduction to the hot dense state of matter produced in high-energy nuclear collisions. - Alpha Decay Beyond Tunneling
A detailed article on alpha decay, nuclear barriers, tunneling, and decay-rate physics. - Alpha vs Beta Decay
A side-by-side comparison of two important radioactive decay processes. - Nuclear Fission vs Fusion
A practical comparison of fission and fusion, including energy release and physical requirements. - Radioactive Half-Life Calculator
A calculator for radioactive decay, remaining sample size, elapsed time, and half-life relationships. - Cloud and Bubble Chambers
How classic particle detectors reveal tracks, ionization, and charged-particle motion. - Particle in a Box
A quantum model that introduces boundary conditions, quantized energy levels, and standing waves. - Identical Particles in Quantum Mechanics
Why indistinguishable particles change quantum statistics and the structure of many-particle states.