Essays on Quantum Physics

¶- Introduction (notebook)
*How to Make a Wormhole*: Yanking (notebook)*How to Make a Wormhole*: Teleportation (notebook)*How to Make a Wormhole*: Time Evolution (notebook)*How to Make a Wormhole*: The TFD (notebook)*How to Make a Wormhole*: Scrambling and Winding (notebook)*How to Make a Wormhole*: Wormhole Experiments (notebook)*How to Make a Wormhole*: Geometrical Sketch (notebook)*How to Continue Making a Wormhole*: Diagrams Etc. (notebook)*How to Continue Making a Wormhole*: A Really Existing Quantum Computer (notebook)*How to Think about Entanglement*: Spheres and Ellipsoids (notebook)*How to Think about Entanglement*: Quantum Clocks (notebook)*How to Think about Entanglement*: On Representations (notebook) [in progress]*How to Think about Atoms*: 0: What is an Atom? (notebook)*How to Think about Atoms*: I: A pebble? (notebook)*How to Think about Atoms*: II: A counting number? (notebook)*How to Think about Atoms*: III: An integer? (notebook)*How to Think about Atoms*: IV: A rational? (notebook)*How to Think about Atoms*: V: $\mathbb{C} + \infty$? (notebook)*How to Think about Atoms*: VI: A polynomial? (notebook)*How to Think about Atoms*: VII: A matrix? (notebook)*How to Think about Atoms*: VIII: A tensor? (notebook)*How to Think about Atoms*: Polyhedral Interlude (notebook)- What is a Quantum Reference Frame? (notebook) [in progress]
- Why I'm Not a Bohmian (notebook)
- On the Impossibility of Stealth Communication (notebook)
*How to Think about Atoms*: IX: A quantum? (notebook)- More Fun with Coherent States (notebook)
- On Counting in Quantum Mechanics (notebook)
- Fermionic Quantization (and the Spin Statistics Theorem) (notebook)
- Berry / Robbins / Atiyah (notebook)
*How to Think about Atoms*: X: Well, it depends on an observer's state of motion! (notebook)- Variational Quantum Eigensolver Tutorial
*How to Continue Making a Wormhole*: Majorana Fermions and SYK (notebook)- How to Prepare a Permutation Symmetric Multiqubit State on an Actual Quantum Computer (notebook)
- Gaussian Quantum Mechanics and Negative Probabilities (notebook)
- Majorana Stars and Structured Gaussian Beams (notebook)
- Envariance and the Origin of Probabilities in Quantum Mechanics (notebook)
- Quantum Mechanical Puzzles of Supervenience (notebook)
- Quantum Mechanical Puzzles of Supervenience, Pt. 2 (notebook)
- How To Prepare a Spin-j State on a Photonic Quantum Computer (notebook)
- Generalizing the Majorana Representation for Mixed States and Operators (notebook)
- QBism (notebook)
- Introduction to the Majorana Stellar Representation (notebook)
- Stabilization via Symmetrization (notebook)
- (A Little) More on Quantum Reference Frames (notebook)
- Introduction to Finite Frames and RIC-POVM's (notebook)
- Tight informationally complete quantum measurements (notebook)
- ...

Also: Bibliography (notebook)