Klappentext Quantum theory revolutionized physics at the beginning of the last century. Einstein was one of its originators, but as the implications of the theory emerged, he began to have doubts. Are the most basic physical processes based on probability? Is the Universe governed by chance? Do physical objects have an independent existence or do they exist only in our perception? The ramifications may appear bizarre but they are central to understanding this much misunderstood subject. The Quantum Adventure deals with the birth and growth of quantum mechanics. It explains the "classical dilemma" which faced physics at the start of the 20th Century and goes on to show how quantum mechanics emerged and flourished. Difficult and abstract concepts are treated with minimal mathematics and maximal physical imagery. Snippets of information about the dramatis personae are woven into the text and add color to what is traditionally perceived as a complex and challenging topic. A must-read for anyone interested in quantum physics. Zusammenfassung Deals with the birth and growth of quantum mechanics. This book explains the classical dilemma which faced physics at the start of the 20th Century and goes on to show how quantum mechanics emerged and flourished. Inhaltsverzeichnis Newton! the Classical Atom; Planck and the Birth of the Quantum Adventure; Light - Wave or Particle? Einstein and the Photoelectric Effect; Bohr Introduces Quanta to Atoms; Hamilton Lays Foundations for Heisenberg! Schrodinger and Dirac; Berkeley's Philosophy; Einstein's Questions and Paradoxes; Quantum Reality and Bell's Inequality.

Zusammenfassung
Deals with the birth and growth of quantum mechanics. This book explains the classical dilemma which faced physics at the start of the 20th Century and goes on to show how quantum mechanics emerged and flourished.

Inhalt

Newton, the Classical Atom; Planck and the Birth of the Quantum Adventure; Light - Wave or Particle? Einstein and the Photoelectric Effect; Bohr Introduces Quanta to Atoms; Hamilton Lays Foundations for Heisenberg, Schrodinger and Dirac; Berkeley's Philosophy; Einstein's Questions and Paradoxes; Quantum Reality and Bell's Inequality.