Quantum Mechanics _I
The fundamentals by S.Rajasekar and R.Velusamy.
Contents
Chapter_1
Why was Quantum Mechanics developed?
Chapter_2
Schrödinger Equation and Wave Function
Chapter_3
Operator's,Eigenvalues and Eigenfunctions
Chapter_4
Exactly Solvable Systems I: Bound states
Chapter_5
Exactly Solvable Systems II: Scattering States
Chapter_6
Matrix Mechanics
Chapter_7
Various Pictures and Density Matrix
Chapter_8
Heisenberg Uncertainty Principle
Chapter_9
Momentum Representation
Chapter_10
Wave Packets
Chapter_11
Theory of Angular Momentum
Chapter_12
Hydrogen Atoms
Chapter_13
Approximation Method I: Time independent Perturbation theory
Chapter_14
Approximation Method II: Time dependent Perturbation theory
Chapter_15
Approximation Method III: WkB and Asymptotic Methods
Chapter_16
Approximation Method IV: Variational Approach
Chapter_17
Scattering Theory
Chapter_18
Identical Particles
Chapter_19
Relativistic Quantum Theory
Chapter_20
Mysteries in Quantum Mechanics
Chapter_21
Numerical Methods for Quantum Mechanics
Appendixes
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