Some physics resources, particularly explorable explanations.

Contents

  • How to become a GOOD Theoretical Physicist — Covers, in a logical order, all of these topics: primary mathematics, classical mechanics, optics, statistical mechanics & thermodynamics, electronics, electromagnetism, computational physics, quantum mechanics (non-relativistic), atoms & molecules, solid state physics, nuclear physics, plasma physics, advanced mathematics, special relativity, advanced quantum mechanics, phenomenology, general relativity, cosmology, astro-physics & astronomy, quantum field theory, supersymmetry & supergravity, astro particle physics, super string theory. Wow.

  • Susan J Fowler: So You Want To Learn Physics

    The undergraduate physics curriculum in every undergraduate physics program covers the following subjects (along with some electives in advanced topics), and usually in the following order:

    1. Introductory Mechanics
    2. Electrostatics
    3. Waves and Vibrations
    4. Modern Physics
    5. Classical Mechanics
    6. Electrodynamics
    7. Quantum Mechanics
    8. Thermodynamics and Statistical Mechanics
    9. Advanced Electives in Physics
  • The Feynman Lectures on Physics Volume I to III

There are multiple different lessons/games/explorables at each of these:

Any items from the Physics category at Explorable Explanations that aren't from one of the other collections

This is the list of demonstrations at Falsted: (Licensing info.)

Explorable Physics

From Test Tube Games

 

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