Content
Chapter 1. What can we expect from quantum me mechanics?
1.1. Who was the first physicist to blame quantum mechanics for a sin of nonlocality?
1.2. Any physical theory must be a local theory! Or, maybe, not?
1.3. What kind of non-local interaction is allowed in quantum mechanics and what kind is forbidden?
1.4. A quantum state cannot be observed directly
1.5. Spin as angular momentum
1.6. What is the spin projection?
1.7. Quantum nonlocality in pure form
1.8. Is it possible to outflank nonlocality?
Chapter 2. Discrete motion as a key to undestanding of quantum processes
2.1. Is there any alternative to continuous motion?
2.2. May a single particle be in two remote places simultaneously?
2.3. Three rules for discrete motion
Chapter 3. Quantum mechanics made simple
3.1. Pictorial presentation of quantum motion
3.2. Probability density
3.3. How probabilities can be summed up?
3.4. The law of addition for probabilities or why physicists use complex numbers in quantum mechanics
3.5. Wave ?function is a mathematic image of quantum state
3.6. Object’s quantum state as a history
3.7. How we find a quantum state and build wave psi-function
Chapter 4. Why Einstein refuted quantum physics?
4.1. Einstein puts a pointblank question
4.2. Probability function for a white ball in a black box
4.3. Probability function for a quantum object
4.4. Einstein’s position
4.5. Experiment with clock-work and further events
4.6. Why the exact coordinate is a concept without any sense
4.7. Nonlocality as a key moment of dispute
Chapter 5. Quantum logic
5.1. Wave-particle dualism
5.2. Can the quantum state be changed without impact to the object?
5.3. Wheeler’s experiment with deferred choice
5.4. The Mach-Zehnder interferometer
Chapter 6. Einstein ? Podolsky ? Rosen experiment
6.1. Experiment formulation
6.2. Bohm’s experiment
6.3. Photon polarization
6.4. A conclusive experiment
6.5. A trap of reductionism: only atoms and only void
Chapter 7. Quantum exotica
7.1. What can we expect from a good interpretation?
7.2. Why does interference disappear?
7.3. A quantum eraser
7.4. Quantum cyborgs
