1. Introduction
From Democritus to quarks – the story of how we discovered that matter has a deep structure, and what the Standard Model sets out to explain.
2. Matter, Energy & Temperature
Orders of magnitude, the electronvolt, temperature as energy, and why higher energy means seeing smaller structures.
3. Particle Accelerators
How linear accelerators, cyclotrons, and synchrotrons probe the smallest scales – including the LHC at CERN.
4. Building Blocks of Matter
Quarks, colour confinement, spin, antimatter, hadrons, baryons, mesons, and the neutrino.
5. Fundamental Forces
Gravity, electromagnetism, the weak interaction, and the strong force – with their carriers, ranges, and characteristic behaviours.
6. Exotic Matter
Strangeness, charm, the muon, three generations – and why the matter we know is just one of three complete families.
7. Summary and Limits
What the Standard Model achieves, the Higgs mechanism, electroweak unification, and the open questions it leaves unanswered.