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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 - 15: Creation and detection of arbitrary field states
Foundations of Quantum Mechanics:
Lecture 15
7.6.2013(continued) Basic examples of decoherence (spin, interference, beware of polaron physics);4.2 Noise and decoherence (noise as a stochastic process, quantum noise spectrum)
Wigner density detection via parity measurement. 2.8 Generating arbitrary field states and measuring their Wigner density. Law-Eberly protocol. Santa Barbara experiment on Wigner density detection in circuit QED. 2.9 General theory of superconducting circuits (beginning).
1 hr 24 min - 15 - Quantum-optical phenomena in nanophysics - 15: Creation and detection of arbitrary field states 20101 hr 24 min
- 14 - Quantum-optical phenomena in nanophysics - 14: Quantum states of the field 2010T5. Quantum states of the field. Wigner density. Coherent states. Squeezed states. Squeezing operator. Quantum state tomography as a tool to measure the Wigner density.Foundations of Quantum Mechanics:Lecture 144.6.20133.5 Some foundational aspects of measurements: (A) Leggett-Garg inequalities, (B) Kochen-Specker theorem, (C) The "reality" of the wave function;4. Decoherence;4.1 Basic examples (Decoherence of a spin)1 hr 34 min
- 1 hr 34 min
- Quantum-optical phenomena in nanophysics - 14: Quantum states of the field
T5. Quantum states of the field. Wigner density. Coherent states. Squeezed states. Squeezing operator. Quantum state tomography as a tool to measure the Wigner density.
Foundations of Quantum Mechanics:
Lecture 14
4.6.20133.5 Some foundational aspects of measurements: (A) Leggett-Garg inequalities, (B) Kochen-Specker theorem, (C) The "reality" of the wave function;4. Decoherence;
4.1 Basic examples (Decoherence of a spin)
1 hr 34 min - 1 hr 34 min
- 13 - Quantum-optical phenomena in nanophysics - 13: Cavity grid and quantum error correction 2010Foundations of Quantum Mechanics:Lecture 1331.5.2013(continued) Weak measurements;3.3 Observing Trajectories (including Standard Quantum Limit of displacement detection);3.4 Examples of measurements (position, momentum, energy, charge)The cavity grid as a multi-qubit architecture in circuit cavity QED. Quantum error correction. Shor code for bit-flip and phase errors.1 hr 29 min
- 1 hr 29 min
- Quantum-optical phenomena in nanophysics - 13: Cavity grid and quantum error correction
Foundations of Quantum Mechanics:
Lecture 13
31.5.2013(continued) Weak measurements;3.3 Observing Trajectories (including Standard Quantum Limit of displacement detection);
3.4 Examples of measurements (position, momentum, energy, charge)
The cavity grid as a multi-qubit architecture in circuit cavity QED. Quantum error correction. Shor code for bit-flip and phase errors.
1 hr 29 min - 1 hr 29 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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