|
ИСТИНА |
Войти в систему Регистрация |
ФНКЦ РР |
||
Advanced Quantum Field Theory: Modern Applications in High Energy, Astro-, and Condensed Matter Physicsучебный курс
- Автор: Харланов О.Г.
- Год создания: 2013
- Организация: МГУ имени М.В. Ломоносова
- Курс на иностранном языке
- Описание: Today, theoretical physics students who are specializing in elementary particle physics, gravity, and string theory, usually possess a considerable baggage of theoretical knowledge and computational skills. At the same time, this sort of expertise usually appears to be detached from the real phenomena taking place in astrophysics and condensed matter physics, in which quantum effects play a major role and which are practically appealing. One of the causes of such a detachment from reality is the apparent irrelevance of the laws governing high energy physics to the abovementioned astro- and condensed matter physics. The present course is aimed to dispel this stereotype — to utilize the scientific potential of a theoretical physics student and transform him into a universal specialist able to adjust his knowledge of quantum theory and statistical physics to the context of solid state physics and even astrophysics. The course is composed from three logical parts — in the first one, we develop powerful techniques for studying quantum effects in background fields, paying attention to their applications; in the second part, we introduce the quantum mechanical basis underlying solid state physics; in the final part, this basis is built up to an effective field formalism, and using the latter, we consider quantum field approaches widely used today by condensed matter specialists. As a result, new horizons open up for a theoretical physics student, which offer new applications of the skills he possesses in field theory. We consider such practically interesting effects as the Casimir effect, non-linearity of electrodynamics, photon splitting in the magnetic fields of neutron stars and neutrino propagation effects in their dense interior, the Hawking radiation. In the part devoted to condensed matter physics, the course offers a detailed study of graphene and polyacetylene properties, as well as a study of Mott insulators. The course is given in English and, thus, requires a student to have a considerable level of this language (CEFR B2 level). Also, we require a considerable amount of independent work, including reading original scientific papers and solving the problems suggested, which usually are parts of the theoretical content of the course. “Advanced QFT” is an elective course within the master programme “Theoretical Physics”, which has been approved in 2013 by the rector of MSU.
- Добавил в систему: Харланов Олег Георгиевич
Прикрепленные файлы
| № | Имя | Описание | Имя файла | Размер | Добавлен |
|---|---|---|---|---|---|
| 1. | Краткий текст | Examination syllabus (spring term) | ExamSyllabus_Term1_2016.pdf | 85,5 КБ | 30 января 2017 [OKharl] |
| 2. | Краткий текст | Examination syllabus (fall term) | ExamSyllabus_Term2_2016.pdf | 83,5 КБ | 30 января 2017 [OKharl] |
| 3. | Краткий текст | Handout 1/2 (spring term) | Handout1_Term1_2016.pdf | 89,1 КБ | 30 января 2017 [OKharl] |
| 4. | Краткий текст | Handout 2/2 (spring term) | Handout2_Term1_2016.pdf | 71,4 КБ | 30 января 2017 [OKharl] |
| 5. | Краткий текст | Handout 1/1 (fall term) | Handout_Term2_2016.pdf | 117,3 КБ | 30 января 2017 [OKharl] |
Преподавание курса
- 7 февраля 2014 - 30 июня 2021 Харланов Олег Георгиевич
- МГУ имени М.В. Ломоносова, Физический факультет
- обязательная, по выбору (спецкурс), лекции, 70 часов
- Автор: Харланов О.Г.