Beyond the Quantum Paradox: Probability Riddles ... Quantum Riddles ... Other Riddles ...
Physicists and philosophers have quarrelled frequently over the meaning of quantum physics and as yet there is still no agreement - the only aspect of quantum physics which they agree with is that it is connected with probability. Beyond the Quantum Paradox attempts to explain this argument in clear, non-mathematical language. Based on Professor Mayants' work over the past twenty-five years, the book attempts to explain what quantum mechanics is all about.
19 pages matching concept in this book
Results 1-3 of 19
What people are saying - Write a review
We haven't found any reviews in the usual places.
what is it about?
a new approach
Some paradoxes in modern physics
5 other sections not shown
abstract free particle abstract object corresponding abstract particles angular momentum answer axis beam splitter Bell's inequalities Bell's theorem cat paradox chicken-egg paradox classical mechanics coin concept concrete and abstract concrete balls concrete mechanical system concrete objects concrete particles concrete photons concrete points consideration container conventional quantum mechanics coordinates corresponding abstract corresponding concrete definite values definition of probability delayed-choice experiments device different concrete diffraction pattern distinction between concrete electron elements energy EPR's example exist in reality experimental statistics fact frequency Gedanken-experiment Hamiltonian function Heisenberg uncertainty principle Hence individual instance involved Malus law mathematical expectation matter meaning measurement microsystems momenta objects and abstract p-line pair particular physical quantities polarization probabilistic probability distributions probability theory quantum approach quantum physics question random tests random variable readers rest mass result Schrodinger equation Schrodinger's cat set of concrete slits society special relativity specific spin component statistical experiment subset theoretical vector wallet wave properties