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Introduction To Quantum Physics Lecture Notes
Topics discussed in this pdf include: Introduction, Non-Technical Overview, Mathematical Background, The Foundations of Quantum Theory, Continuous Quantum Systems, The Photoelectric Effect, Motivation, Operations on Complex Numbers, Polar Coordinates and Complex Phases, Complex Vector Spaces, Orthonormal Bases, Matrices and the Adjoint, The Outer Product, The Completeness Relation, Representing Vectors in Different Bases, Change of Basis, Multiplication and Inverse of Matrices, Matrices Inside Inner Products, Eigenvalues and Eigenvectors, Hermitian Matrices, Unitary Matrices, Normal Matrices, Representing Matrices in Different Bases, Diagonalizable Matrices, Random Variables and Probability Distributions, Conditional Probability, Expected Values, Standard Deviation, Dimensionless and Dimensionful Constants, Hermitian Operators and Observables, Probability Amplitudes, Superposition, Summary For Discrete Systems, The Pauli Matrices, Qubits, The Meaning of Superposition, The Tensor Product, Vectors and Matrices in the Composite Hilbert Space, Quantum Entanglement, The Bell States, Entanglement Does Not Transmit Information, The Uncertainty Principle, Simultaneous Diagonalization, Unitary Transformations and Evolution, Quantum Logic Gates, Applications of the Measurement Axiom, Quantum Teleportation, Exponentials and Logarithms, Matrix and Operator Exponentials, Hamiltonians and Energy, A Quick Review of Classical Hamiltonian Mechanics, Canonical Quantization, The Classical Harmonic Oscillator, Quantizing the Harmonic Oscillator, The Energy Eigenstates of the Harmonic Oscillator, The Position Operator, Wavefunctions in the Position Basis, The Momentum Operator, Quantum Interference, Separation of Variables.
Author(s): Barak Shoshany, Department of Physics, University of Toronto
165 Pages 
Introduction To Quantum Physics Lecture Notes
Topics discussed in this pdf include: Introduction, Non-Technical Overview, Mathematical Background, The Foundations of Quantum Theory, Continuous Quantum Systems, The Photoelectric Effect, Motivation, Operations on Complex Numbers, Polar Coordinates and Complex Phases, Complex Vector Spaces, Orthonormal Bases, Matrices and the Adjoint, The Outer Product, The Completeness Relation, Representing Vectors in Different Bases, Change of Basis, Multiplication and Inverse of Matrices, Matrices Inside Inner Products, Eigenvalues and Eigenvectors, Hermitian Matrices, Unitary Matrices, Normal Matrices, Representing Matrices in Different Bases, Diagonalizable Matrices, Random Variables and Probability Distributions, Conditional Probability, Expected Values, Standard Deviation, Dimensionless and Dimensionful Constants, Hermitian Operators and Observables, Probability Amplitudes, Superposition, Summary For Discrete Systems, The Pauli Matrices, Qubits, The Meaning of Superposition, The Tensor Product, Vectors and Matrices in the Composite Hilbert Space, Quantum Entanglement, The Bell States, Entanglement Does Not Transmit Information, The Uncertainty Principle, Simultaneous Diagonalization, Unitary Transformations and Evolution, Quantum Logic Gates, Applications of the Measurement Axiom, Quantum Teleportation, Exponentials and Logarithms, Matrix and Operator Exponentials, Hamiltonians and Energy, A Quick Review of Classical Hamiltonian Mechanics, Canonical Quantization, The Classical Harmonic Oscillator, Quantizing the Harmonic Oscillator, The Energy Eigenstates of the Harmonic Oscillator, The Position Operator, Wavefunctions in the Position Basis, The Momentum Operator, Quantum Interference, Separation of Variables.
Author(s): Barak Shoshany, Department of Physics, University of Toronto
165 Pages
Quantum Physics of Light Matter Interactions
The contents of this pdf note include:Quantum light and the two level system, decaying two level system, Cavity quantum electrodynamics, Fundamentals of laser theory , Cooling of atoms, Cavity optomechanics, Cooling of trapped ions, Collective effects : super/subradiance, Interaction of light with molecules.
Author(s): Claudiu Genes
91 Pages
Lecture Notes on Quantum Physics
Quantum physics is a catch-all term for the ideas, devices and technologies made possible by the development of quantum mechanics in the early part of the 20th century. This note concentrates on the ideas behind quantum mechanics itself, but the broader field of quantum physics encompasses everything from the science of electronic devices and lasers to the philosophical mysteries of quantum measurement theory.
Author(s): Matthew Foulkes
104 Pages
Quantum Physics by Prof. Graeme Ackland
This note covers the following topics: Time-Independent Non-degenerate Perturbation Theory, Dealing with Degeneracy, Degeneracy, Symmetry and Conservation Laws, Time--dependence, Two state systems, Hydrogen ion and Covalent Bonding, The Variational Principle, Indistinguishable Particles and Exchange, Self-consistent field theory, Fundamentals of Quantum Scattering Theory, Scattering in three dimensions, Quantum Scattering Theory, Partial Waves.
Author(s): Prof. Graeme Ackland
NA Pages