Quantum Mechanics: Fundamentals and Applications to Technology Book

	Preface
	Introduction
1	A Jolt for Classical Physics	1
2	The Mathematical Formulation of Quantum Mechanics	26
3	Particles in Simple Potentials	73
4	The Tunneling Problem	126
5	Particles in Spherically Symmetric Potentials	170
6	Physical Symmetries and Conservation Laws	206
7	Identical Particles and Second Quantization	235
8	Approximation Methods: Time-Independent Problems	280
9	Time-Dependent Problems: Approximation Methods	235
10	Collisions and Scattering	378
11	Magnetic Effects	424
App. A	Modern Classical Physics: A Review	474
App. B	Important Mathematical Functions	482
App. C	Density Matrix Description	490
	Index	495