Basic quantum mechanics / J. M. Cassels.

• Fundamentals of particle quantum mechanics -- Mathematical and physical development of the basic assumptions -- One-dimension applications -- Three-dimensional applications -- Approximate methods for stationary states -- Magnetic fields and spin angular momentum -- Identical particles and the Paul principle -- Transitions -- Scattering -- Radiation. 

• The aim of this textbook is to show the structure and methods of quantum mechanics for all first degree courses in atomic, nuclear or particle sophisticated mathematics. Throughout, the steps in mathematical arguments are presented very fully and carefully. As well as introducing the basic concepts, the essentials of some advanced topics are also presented, such as the combination of angular momenta, the relationship between resonance scattering and decay with particle emissions, and the quantisation of the radiation field. 

Ämnesord

Quantum theory.  (LCSH)

Particles (Nuclear physics)  (LCSH)

Klassifikation

QC174.12 (LCC)

530.12 (DDC)

PR 33 (blsrissc)

Ucceb (kssb/8 (machine generated))