Quantum Mechanics II: A Second Course in Quantum Theory Book

I	Scattering and Integral Quantum Mechanics
Ch. 1	Scattering	3
Ch. 2	Currents and Cross Sections	15
Ch. 3	Partial-Wave Expansions	25
Ch. 4	Scattering Applications: Lengths, Resonances, Coulomb	43
Ch. 5	Green's Functions and Integral Quantum Mechanics	67
Ch. 6	Transition and Potential Matrices	85
Ch. 7	Formal Quantum Mechanics	95
Ch. 8	The Angular Momentum Basis	111
Ch. 9	Spin Theory	127
Ch. 10	Spin Phenomenology and Identical Particles	145
Ch. 11	Path Integrals and Lattice Quantum Mechanics	163
Ch. 12	Applied Path Integrals	183
II	Relativistic Quantum Mechanics
Ch. 13	Relativistic Wave Equations for Spinless Particles	201
Ch. 14	Dirac Equation	219
Ch. 15	Components of Dirac Wave Functions	233
Ch. 16	Interactions in Dirac Theory	251
Ch. 17	Scattering and Dirac Integral Equations	265
Ch. 18	Solving Even Relativistic Integral Equations	279
III	Quantum Fields
Ch. 19	Second Quantization	297
Ch. 20	Quantized Electromagnetic Fields	309
Ch. 21	Applications of Nonrelativistic Quantum Electrodynamics	327
Ch. 22	Interaction of Photons With Quantized Matter, QED	349
Ch. 23	The Breit-Pauli and Boson-Exchange Interactions	367
Ch. 24	Weak Fields	383
Ch. 25	Wave Equations from Field Theory	393
IV	Many-Body Theory
Ch. 26	Many-Body Problems	405
Ch. 27	Statistical Help With Many-Body Problems	421
Ch. 28	Phonons	437
Ch. 29	Fermion Pairing	447
	Appendix A: Natural Units and Plane Waves	465
	Appendix B: Dirac Notation and Representations	469
	APPENDIX C: Four-Vectors and Lorentz Transformations	475
	Appendix D: The Dirac Equation	479
	References	483
	Index	491