More Than One MysteryContents
Preface
Chapter 1: Fields without forces
1.1 The enigma of quantum interference
1.2 Confined fields and electron interference
References
Chapter 2: Around and around: the rotating electron in electromagnetic fields
2.1 Broken symmetry of the charged planar rotator
2.2 The two-dimensional rotator in an electric field
2.3 The two-dimensional rotator in a magnetic field
2.4 The two-dimensional rotator in a vector potential field
2.5 Fermions, bosons, and things in-between
2.6 Quantum interference in a metal ring
References
Chapter 3: Interferometry of correlated particles
3.1 Ghostly correlations: wave and spin
3.2 The AB-EPR effect with two solenoids
3.3 The AB-HBT effect in a two-slit interferometer
3.4 Correlated particles in a Mach-Zehnder interferometer
3.5 Bright than a million suns: electron beams from atom-size sources
References
Chapter 4: Quantum boosts and quantum beats
4.1 Interfering pathways in time
4.2 Laser-generated quantum beats
4.3 Nonlinear effects in a three-level atom
4.4 Correlated beats from entangled states
References
Chapter 5: Sympathetic vibrations: the atom in resonant fields
5.1 Beams, bottles, and electric resonance
5.2 Two perspectives of the two-level atom
5.3 Oscillating field theory
5.4 Resonance and coherent states: the tell-tale mark of a quantum jump
5.5 Quantum interference in separated oscillating fields
5.6 Ion interferometry and tests of gauge invariance
References
Chapter 6: The quantum principles of handedness
6.1 Optical activity of mirror-image molecules
6.2 Quantum interference and parity conservation
6.3 Optical activity of rotating matter