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These lectures deal with the modern topic of quantum optical phenomena in nanophysics. During the past decade, a variety of solid state nanosystems have been realized which can be described...
Foundations of Quantum Mechanics: Lecture 27 12.7.2013 9.2 The Casimir effect (note: chapter numbering in lecture is shifted); 9.3 Stochasti...
Foundations of Quantum Mechanics: Lecture 26 8.7.2013 8.3 Skyrmions; 9. Quantum electrodynamics; 9.1 Quantization of the field 4.2 Nitrogen...
Foundations of Quantum Mechanics: Lecture 25 6.7.2013 7.2 Berry phase; 8. Particle statistics; 8.1 Fermions and bosons; 8.2 Anyons 4. Quantu...
Foundations of Quantum Mechanics: Lecture 24 4.7.2013 7. Geometrical phases; 7.1 Aharonov-Bohm effect 3.9 Optomechanics outlook. Squeezed st...
Foundations of Quantum Mechanics: Lecture 23 28.6.2013 (continued) Gravitationally-induced decoherence; 6.3 Schrödinger-Newton equation; 6.4...
Foundations of Quantum Mechanics: Lecture 22 27.6.2013 6. Extensions of Quantum Mechanics; 6.1 Spontaneous localization; 6.2 Gravitationally...
Foundations of Quantum Mechanics: Lecture 21 24.6.2013 5.4 Hidden-variable theories: Can they be Lorentz-invariant?; 5.5 Many-worlds; 5.6 Co...
Foundations of Quantum Mechanics: Lecture 20 20.6.2013 (continued) Nelsons Stochastic Quantization (deriving the Schrödinger equation from a...
Foundations of Quantum Mechanics: Lecture 19 17.6.2013 (continued) Bohms pilot wave theory (simulations of trajectories, nonlocal influences...
Foundations of Quantum Mechanics: Lecture 18 14.6.2013 (continued) Schroedinger cats (optomechanics, superconducting rings, measures for the...
Foundations of Quantum Mechanics: Lecture 17 13.6.2013 (continued) Quantum dynamics of open systems (path-integral approach, Feynman-Vernon...
Foundations of Quantum Mechanics: Lecture 16 10.6.2013 (continued) noise spectrum; 4.3 Quantum dynamics of open systems (Kraus operators, Li...
Foundations of Quantum Mechanics: Lecture 15 7.6.2013 (continued) Basic examples of decoherence (spin, interference, beware of polaron physi...
T5. Quantum states of the field. Wigner density. Coherent states. Squeezed states. Squeezing operator. Quantum state tomography as a tool to...
Foundations of Quantum Mechanics: Lecture 13 31.5.2013 (continued) Weak measurements; 3.3 Observing Trajectories (including Standard Quantum...
Foundations of Quantum Mechanics: Lecture 12 27.5.2013 (continued) Weak measurements (including numerical quantum jump trajectories, Quantum...
Foundations of Quantum Mechanics: Lecture 11 23.5.2013 (continued) Basic features of measurement (irreversibility, Everett picture of many b...
Foundations of Quantum Mechanics: Lecture 10 17.5.2013 (continued) Entanglement; 3. The measurement process; 3.1 Basic features (Stern-Gerla...
T4. Dissipation in quantum systems. Relaxation. Density matrix. Lindblad Markoff master equations. Application to relaxation in a two-level...
Continued Jaynes-Cummings model. 2.5 Jaynes-Cummings model in circuit QED. Transmission spectroscopy and avoided crossing in the strong coup...
2.4 The Jaynes-Cummings model - examples. T3. The Jaynes-Cummings model: solution. Level scheme. Resonant case.
(2.3 continued) Quantizing the transmission line with periodic boundary conditions. Quantizing the transmission line resonator. Coupling to...
(2.3 continued) Quantizing the transmission line with periodic boundary conditions. Quantizing the transmission line resonator. Coupling to...
(2.2 continued) Energy level spectrum of the Cooper pair box, approximation as a two-level system 2.3 The microwave transmission line resona...
Quantum electrodynamics in superconducting circuits 2.1 Some basics about superconductivity: zero resistance, Meissner-Ochsenfeld effect, cr...
Many coupled oscillators and normal modes, T2. Basics of the two-level system: Pauli matrices, Bloch vector, free precession, avoided crossi...
From ensembles to individual quantum systems, artificial quantum systems in nanophysics, field-matter interaction is based on oscillators (f...