Course

Collisions and modular variables; More on superoscillations and conservation of energy;  Time-Symmetric Quantum Mechanics and Free Will

The Aharonov-Bergmann-Lebowitz Rule for weak and strong Measurements; The Quantum Pigeonhole Effect; Superoscillations and conservation of energy;  Conservation of energy and tunneling between space-like separated points.

Fermion phase, geometry, and the metric tensor

The Aharonov-Casher Effect, interactions between charges and fluxes; Dynamical nonlocal exchange of modular momentum.

Nonrelativistic quantum mechanics in absolute time, the Heisenberg representation on a lattice with nonlocal jumps (teleportation), discretizing the position in order to obtain simple Heisenberg equations of motion; Intuition from this strictly nonrelativistic picture will still be useful in the general case; The importance of the right story and intuition, arguments against Many-Worlds;  More on the paradox of a superposed flux shielded by a superconductor.