Quantum mechanics by Rae, Alastair I. M.

Quantum mechanics classical result, modern systems, and visualized examples by Robinett lhRichard W.

Quantum mechanics concepts and applications by McGervey

Quantum mechanics by Agarwal

Quantum mechanics 500 problems with solutions by Aruldhas, G.

Table of Contents: “…General formalism of quantum mechanics -- 4. One-dimensional system -- 5. Three-dimensional system -- 6. …”

Quantum mechanics by Aruldhas, G.

Quantum mechanics a textbook for undergraduates by Jain, Mahesh C.

Quantum mechanics by Devanathan, V.

Table of Contents: “…1. Foundations of quantum mechanics -- 2. Bound states and potential barriers -- 3. …”

Quantum mechanics fundamentals and applications to technology by Singh

Subjects: “…Quantum mechanics…”

Introductory quantum mechanic by Liboff

Introductory quantum mechanics by LibofflhRichard L.

Introduction to quantum mechanics Schrodinger equation and path integral by Muller-Kirsten, Harald J.W

Table of Contents: “…Introduction -- Hamiltonian mechanics -- Mathematical foundations of quantum mechanics -- Dirac's Ket- and Bra- formalism -- Schrodinger equation and Liouville equation -- Quantum mechanics of the harmonic oscillator -- Green's functions -- Time-independent pertubation theory -- The density matrix and polarization phenomena -- Quantum theory: the general formalism -- The coulomb interaction -- Quantum mechanical tunneling -- Linear potentials -- Classical limit and WKB method -- Power potentials -- Screened coulomb potentials -- Periodic potentials -- Anharmonic oscillator potentials -- Singular potentials -- Large order behavior of perturbation expansions -- The path integral formalism -- Classical field configurations -- Path integrals and instantons -- Path integrals and bounces on a line -- Periodic classical configurations -- Path integrals and periodic classic configurations -- Quantization of systems with constraints -- The quantum-classical crossover as phase transition…”

Introduction to quantum mechanics Schrodinger equation and path integral by Muller-Kirsten, Harald J.W

Table of Contents: “…Introduction -- Hamiltonian mechanics -- Mathematical foundations of quantum mechanics -- Dirac's Ket- and Bra- formalism -- Schrodinger equation and Liouville equation -- Quantum mechanics of the harmonic oscillator -- Green's functions -- Time-independent pertubation theory -- The density matrix and polarization phenomena -- Quantum theory: the general formalism -- The coulomb interaction -- Quantum mechanical tunneling -- Linear potentials -- Classical limit and WKB method -- Power potentials -- Screened coulomb potentials -- Periodic potentials -- Anharmonic oscillator potentials -- Singular potentials -- Large order behavior of perturbation expansions -- The path integral formalism -- Classical field configurations -- Path integrals and instantons -- Path integrals and bounces on a line -- Periodic classical configurations -- Path integrals and periodic classic configurations -- Quantization of systems with constraints -- The quantum-classical crossover as phase transition…”

Quantum mechanics 500 problem by Aruli

New methods in computational quantum mechanics

Relativistic quantum mechanics and quantum field theory by Devanathan, V

Advances in chemical physics new methods in computational quantum mechanics

Subjects: “…Quantum mechanics…”

Applied physics for engineers by Mehta, Neeraj

Subjects: “…Quantum mechanics.…”

Quantum theory of matter a novel introduction by Modinos, A. 1938-

Table of Contents: “…Quantum Mechanics -- Atoms -- Molecules -- Solids -- App.A. …”

Quantum chemistry by Levine, Ira N.

Table of Contents: “…The Schrödinger equation -- The particle theory -- Operators -- The harmonic oscillator -- Angular momentum -- The hydrogen atom -- Theorems of quantum mechanics -- The variation method -- Perturbation theory -- Electron spin and the Pauli principle -- Many-electron atoms -- Molecular symmetry -- Electronic structure of diatomic molecules -- The virial theorem and the Hellmann-Feynman theorem -- Ab initio and density-functional treatments of molecules -- Semiempirical and molecular-mechanics treatments of molecules -- Comparisons of methods.…”