先進理工学専攻　集中講義 ２０１３
　「量子光学における精密測定」
　ニコライ　コラチェフスキー　モスクワ物理工科大学教授

Advanced Engineering Physics, FY2013
"Precision measurements in quantum optics "
by Professor Nikolai Kolachevsky,
Moscow Institute of Physics and Technology

To Japanese

Leaflet (PDF) for lectures Leaflet (PDF) for seminars


group

More photos

Schedule
Bldg. East 4-315
Sep   9 (Mon) Periods 3, 4
Sep 10 (Tue) Periods 3, 4, 5
Sep 11 (Wed) Periods 3, 4
Sep 12 (Thr) Periods 3, 4, 5
Sep 13 (Fri) Periods 3, 4, 5
Sep 17 (Tue) Periods 3, 4
Sep 18 (Wed) Period 3

Contents (Click here)

Lecture notes (inside UEC)

Syllabus in Japanse (Click here)

Lecture Schedule
"Precision measurements in quantum optics " by Professor Nikolai Kolachevsky,

<Place>
Bldg. East 4, Rm 315

<Time table>
Sep   9 (Mon) Periods 3, 4
Sep 10 (Tue) Periods 3, 4, 5
Sep 11 (Wed) Periods 3, 4
Sep 12 (Thr) Periods 3, 4, 5
Sep 13 (Fri) Periods 3, 4, 5
Sep 17 (Tue) Periods 3, 4
Sep 18 (Wed) Period 3

<Contents>
The goal of the lecture course is to deliver modern experimental and theoretical
methods of precision measurements in quantum optics. The main
objectives of the course are the following
• description of stochastic processes in oscillatory systems
• discussion of precision methods in astrophysics and space, introduction
to General relativity
• detailed presentation of modern methods of laser cooling, discussion of
different trapping methods of atoms and ions
• discussion of modern approaches to laser stabilization and optical frequency
measurements, optical clocks
Lecutre 1: Introduction
Lecture 2: Amplitude and phase fluctuations
Lecture 3: From frequency fluctuations to spectral line shape
Lecture 4: General relativity in applications to time and frequency transfer
Lecture 5: Introduction to Global navigation systems
Lecture 6: Precision measurements in astrophysics
Lecture 7: Two levels atomic system and frequency standards
Lecture 8: Laser cooling of atoms
Lecture 9: Traps for neutral atoms
Lecture 10: Paul trap for ions
Lecture 11: Penning trap for ions and ion cooling
Lecture 12: Methods of quantum logic in optical clocks
Lecture 13: Optical frequency measurements
Lecture 14: Precision spectroscopy of atomic hydrogen and the proton charge radius puzzle
Lecture 15: Laser Cooling of Thulium Atoms