Essays on Quantum Physics

Check out my libraries: spheres and qbism!

  1. Introduction (notebook)
  2. How to Make a Wormhole: Yanking (notebook)
  3. How to Make a Wormhole: Teleportation (notebook)
  4. How to Make a Wormhole: Time Evolution (notebook)
  5. How to Make a Wormhole: The TFD (notebook)
  6. How to Make a Wormhole: Scrambling and Winding (notebook)
  7. How to Make a Wormhole: Wormhole Experiments (notebook)
  8. How to Make a Wormhole: Geometrical Sketch (notebook)
  9. How to Continue Making a Wormhole: Diagrams Etc. (notebook)
  10. How to Continue Making a Wormhole: A Really Existing Quantum Computer (notebook)
  11. How to Think about Entanglement: Spheres and Ellipsoids (notebook)
  12. How to Think about Entanglement: Quantum Clocks (notebook)
  13. How to Think about Entanglement: On Representations (notebook) [in progress]
  14. How to Think about Atoms: 0: What is an Atom? (notebook)
  15. How to Think about Atoms: I: A pebble? (notebook)
  16. How to Think about Atoms: II: A counting number? (notebook)
  17. How to Think about Atoms: III: An integer? (notebook)
  18. How to Think about Atoms: IV: A rational? (notebook)
  19. How to Think about Atoms: V: $\mathbb{C} + \infty$? (notebook)
  20. How to Think about Atoms: VI: A polynomial? (notebook)
  21. How to Think about Atoms: VII: A matrix? (notebook)
  22. How to Think about Atoms: VIII: A tensor? (notebook)
  23. How to Think about Atoms: Polyhedral Interlude (notebook)
  24. What is a Quantum Reference Frame? (notebook) [in progress]
  25. Why I'm Not a Bohmian (notebook)
  26. On the Impossibility of Stealth Communication (notebook)
  27. How to Think about Atoms: IX: A quantum? (notebook)
  28. More Fun with Coherent States (notebook)
  29. On Counting in Quantum Mechanics (notebook)
  30. Fermionic Quantization (and the Spin Statistics Theorem) (notebook)
  31. Berry / Robbins / Atiyah (notebook)
  32. How to Think about Atoms: X: Well, it depends on an observer's state of motion! (notebook)
  33. Variational Quantum Eigensolver Tutorial
  34. How to Continue Making a Wormhole: Majorana Fermions and SYK (notebook)
  35. How to Prepare a Permutation Symmetric Multiqubit State on an Actual Quantum Computer (notebook)
  36. Gaussian Quantum Mechanics and Negative Probabilities (notebook)
  37. Majorana Stars and Structured Gaussian Beams (notebook)
  38. Envariance and the Origin of Probabilities in Quantum Mechanics (notebook)
  39. Quantum Mechanical Puzzles of Supervenience (notebook)
  40. Quantum Mechanical Puzzles of Supervenience, Pt. 2 (notebook)
  41. How To Prepare a Spin-j State on a Photonic Quantum Computer (notebook)
  42. Generalizing the Majorana Representation for Mixed States and Operators (notebook)
  43. QBism (notebook)
  44. Introduction to the Majorana Stellar Representation (notebook)
  45. Stabilization via Symmetrization (notebook)
  46. (A Little) More on Quantum Reference Frames (notebook)
  47. Introduction to Finite Frames and RIC-POVM's (notebook)
  48. Tight informationally complete quantum measurements (notebook)
  49. ...

Also: Bibliography (notebook)

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