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Quantum-optical phenomena in nanophysics
By Prof. Dr. Florian MarquardtEducation
Quantum-optical phenomena in nanophysics episodes
- Quantum-optical phenomena in nanophysics - 20: Linear classical dynamics of optomechanical systems
Foundations of Quantum Mechanics:
Lecture 20
20.6.2013(continued) Nelsons Stochastic Quantization (deriving the Schrödinger equation from a condition on a drift-diffusion process, nonlocality)3.5 Optomechanical equations of motion (classical limit). 3.6 Linearized dynamics. Effective optomechanical damping rate and effective light-induced frequency shift (optical spring effect).
1 hr 9 min - 20 - Quantum-optical phenomena in nanophysics - 20: Linear classical dynamics of optomechanical systems 20101 hr 9 min
- 19 - Quantum-optical phenomena in nanophysics - 19: Fluctuation spectra 2010Foundations of Quantum Mechanics:Lecture 1917.6.2013(continued) Bohms pilot wave theory (simulations of trajectories, nonlocal influences);5.3 Nelsons Stochastic Quantization (drift and diffusion)T6. Fluctuation spectrum and fluctuation-dissipation theorem. Displacement spectrum. Wiener-Khinchin theorem. Fluctuation-dissipation theorem. Application to the mechanical harmonic oscillator in thermal equilibrium.1 hr 11 min
- 1 hr 11 min
- Quantum-optical phenomena in nanophysics - 19: Fluctuation spectra
Foundations of Quantum Mechanics:
Lecture 19
17.6.2013(continued) Bohms pilot wave theory (simulations of trajectories, nonlocal influences);5.3 Nelsons Stochastic Quantization (drift and diffusion)
T6. Fluctuation spectrum and fluctuation-dissipation theorem. Displacement spectrum. Wiener-Khinchin theorem. Fluctuation-dissipation theorem. Application to the mechanical harmonic oscillator in thermal equilibrium.
1 hr 11 min - 1 hr 11 min
- 18 - Quantum-optical phenomena in nanophysics - 18: Introduction to Optomechanics 2010Foundations of Quantum Mechanics:Lecture 1814.6.2013(continued) Schroedinger cats (optomechanics, superconducting rings, measures for the size of a Schroedinger cat);5. Interpretations of Quantum Mechanics;5.1 Kopenhagen interpretation;5.2 Bohm s pilot wave theory3. Optomechanics. 3.1 Introduction. 3.2 Mechanical effects of light. 3.3 Generic model of an optomechanical system. 3.4 Elementary physics (classical).1 hr 33 min
- 1 hr 33 min
- Quantum-optical phenomena in nanophysics - 18: Introduction to Optomechanics
Foundations of Quantum Mechanics:
Lecture 18
14.6.2013
(continued) Schroedinger cats (optomechanics, superconducting rings, measures for the size of a Schroedinger cat);5. Interpretations of Quantum Mechanics;
5.1 Kopenhagen interpretation;
5.2 Bohm s pilot wave theory
3. Optomechanics. 3.1 Introduction. 3.2 Mechanical effects of light. 3.3 Generic model of an optomechanical system. 3.4 Elementary physics (classical).
1 hr 33 min - 1 hr 33 min
About Quantum-optical phenomena in nanophysics
From the publisher's feed
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 using…
the concepts of quantum optics.
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