本文へスキップ

Research Center for Advanced Science and Technology / The University of Tokyo

Lecture

Lecture Notes

  • Y2016 Condensed matter physics - physics of open quantum systems - (Usami)

    1. Harmonic oscillators, coupled harmonic oscillators, and Bosonic fields
    2016/11/21 (last update: 2016/11/27)

    2. Quantization of environment
    2016/11/28 (last update: 2016/11/28)

    3. Master equation
    2016/12/05 (last update: 2016/12/05)

    4. Quantum Langevin equation
    2016/12/12 (last update: 2016/12/15)

    5. Optomechanics and cavity cooling
    2016/12/19 (Colloquium style)

    6. Feynman path integral
    2017/01/16 (last update: 2017/01/23)

    7. Instantons and quantum tunneling
    2017/01/20 (last update: 2017/01/26)

    Report:
    Select two problems and send the solutions in a report form(preferably in PDF form) to me via email by 2017/01/31.

  • Y2015 Condensed matter physics - physics of open quantum systems - (Usami)

    1. Harmonic oscillators, coupled harmonic oscillators, and Bosonic fields
    2015/11/16 (last update: 2015/11/17)

    2. Quantization of environment
    2015/11/30 (last update: 2015/12/13)

    3. Master equation
    2015/12/07 (last update: 2015/12/13)

    4. Quantum Langevin equation
    2015/12/14 (last update: 2015/12/15)

    5. Two level systems and Einstein A and B coefficients
    2015/12/21 (last update: 2015/12/24)

    6. Cavity QED and circuit QED
    2015/12/23 (last update: 2015/12/24)

    Report:
    Select two problems and send the solutions in a form of report (preferably in PDF form) to me via email by 2016/01/31.

  • Y2014 Condensed matter physics - physics of open quantum systems - (Usami)

    1. Introduction
    2014/12/01 (last update: 2015/01/08)

    2. Harmonic oscillators, coupled harmonic oscillators, and boson fields
    2014/12/08 (last update: 2015/01/08)

    3. Damped harmonic oscillators (quantum dissipation fluctuation theorem)
    2014/12/15 (last update: 2015/01/08)

    4. Damped harmonic oscillators (quantum Langevin equation)
    2014/12/22 (last update: 2015/01/08)

    5. Damped harmonic oscillators (input-output theory);
    Two level systems and cavity QED (Bohr's atom)
    2014/01/05 (last update: 2015/01/19)

    6. Two level systems and cavity QED (Einstein A coefficient)
    2014/01/19 (last update: 2015/01/25)

    7. Two level systems and cavity QED (Jaynes-Cummings model, "report problems included")
    2014/01/26 (last update: 2015/01/28)

Research Center for Advanced Sciecne and Technology / The University of Tokyo

Quantum Information Physics and Engineering
Nakamura-Usami Group

Room 208・209 / Bldg. 3
4-6-1 Komaba, Meguro-ku,
Tokyo 153-8904, Japan
TEL. 81-3-5452-5076
info(at)qc.rcast.u-tokyo.ac.jp