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Table of Contents
1 Fundamentals of the RWR View
2 Bohr's Breakthrough: Quantum Jumps, Quantum States and Transitions without Connections
3 "The Heisenberg Method": Algebra, Geometry, and Probability in Quantum Mechanics
4 Schrödinger's Great Guess: The Time-Dependent Wave Equation
5 Niels Bohr and the Character of Physical Law: "A Radical Revision of Our Attitude Toward the Problem of Physical Reality"
6 "Without in Any Way Disturbing the System": Reality, Probability, and Nonlocality, from Bohr to Bell and Beyond
7 "Something Happened": The Real and the Virtual in Elementary Particle Physics
8 From Circuits to Categories in Quantum Information Theory.
2 Bohr's Breakthrough: Quantum Jumps, Quantum States and Transitions without Connections
3 "The Heisenberg Method": Algebra, Geometry, and Probability in Quantum Mechanics
4 Schrödinger's Great Guess: The Time-Dependent Wave Equation
5 Niels Bohr and the Character of Physical Law: "A Radical Revision of Our Attitude Toward the Problem of Physical Reality"
6 "Without in Any Way Disturbing the System": Reality, Probability, and Nonlocality, from Bohr to Bell and Beyond
7 "Something Happened": The Real and the Virtual in Elementary Particle Physics
8 From Circuits to Categories in Quantum Information Theory.