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Week 1, Classical Noise
Lecture 1: Noise in measurements
Lecture 2: Noise processes and measurement sensitivity
Lecture 3: Thermomechanical Noise: Brownian Motion of an Oscillator
Week 2, The Noise of Quantum States
Lecture 4: Quantum fluctuations, the quantum harmonic oscillator, and coherent states
Lecture 5: The Wigner Quasi-Probability Distribution
Wigner functions of the Quantum Harmonic Oscillator
Lecture 6: Quantum Measurement Backaction
Week 3, Time Evolution of Quantum States
Lecture 7: The Density Matrix
Wigner functions of mixed states
Lecture 8: The Lindblad Master Equation
Index
