Title:
The quantum mechanics solver : how to apply quantum theory to modern physics / Jean-Louis Basdevant, Jean Dalibard.
Advanced texts in physics,
Advanced texts in physics.
Author:
Basdevant, J. L. (Jean-Louis)
Dalibard, J.
General Notes:
Includes bibliographical references and index.
Colored centers in ionic crystals -- Unstable diatomic molecule -- Neutrino oscillations -- Colored molecular ions -- Schrèodinger's cat -- Direct observation of field quantization -- Decay of tritium atom -- The hydrogen atom in crossed fields -- Exact results for the three-body problem -- Analysis of a Stern-Gerlach experiment -- Measuring the electron magnetic moment anomaly -- Neutron interferometry -- The penning trap -- Quantum cryptography -- Hidden variables and Bell's inequalities -- Hyperfine structure in electron spin resonance -- The spectrum of positronium -- Magnetic excitons -- Probing matter with positive muons -- Spectroscopic measurement on a neutron beam -- The quantum eraser -- Molecular lasers -- Energy loss by ions in matter -- Properties of a Bose-Einstein condensate -- Quantum reflection of atoms from a surface -- Laser cooling and trapping -- Quantum motion in a periodic potential.
Publisher:
Springer,
Publication Place:
Berlin ; New York :
ISBN:
3540634096 (alk. paper)
9783540634096 (alk. paper)
Subject:
Quantum theory -- Problems, exercises, etc.
Thâeorie quantique -- Manuels d'enseignement supâerieur.
Thâeorie quantique -- Problلemes et exercices.
Series:
Advanced texts in physics,
Advanced texts in physics.
Contents:
Colored centers in ionic crystals -- Unstable diatomic molecule -- Neutrino oscillations -- Colored molecular ions -- Schrèodinger's cat -- Direct observation of field quantization -- Decay of tritium atom -- The hydrogen atom in crossed fields -- Exact results for the three-body problem -- Analysis of a Stern-Gerlach experiment -- Measuring the electron magnetic moment anomaly -- Neutron interferometry -- The penning trap -- Quantum cryptography -- Hidden variables and Bell's inequalities -- Hyperfine structure in electron spin resonance -- The spectrum of positronium -- Magnetic excitons -- Probing matter with positive muons -- Spectroscopic measurement on a neutron beam -- The quantum eraser -- Molecular lasers -- Energy loss by ions in matter -- Properties of a Bose-Einstein condensate -- Quantum reflection of atoms from a surface -- Laser cooling and trapping -- Quantum motion in a periodic potential.
Physical Description:
xi, 241 p. : ill. ;
Publication Date:
c2000.
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