Главная
Study mode:
on
1
Course Introduction: Path Integral and functional methods in quantum field theory
2
Week 1 - Lecture 1
3
Week 1 - Lecture 2
4
Week 1 - Lecture 3
5
Week 1 - Lecture 4
6
Week 2 - Lecture 5
7
Week 2 - Lecture 6
8
Week 2 - Lecture 7
9
Week 2 - Lecture 8
10
Week 3 - Lecture 9
11
Week 3 - Lecture 10
12
Week 3 - Lecture 11
13
Week 3 - Lecture 12
14
Week 4 - Lecture 13
15
Week 4 - Lecture 14
16
Week 4 - Lecture 15
17
Week 4 - Lecture 16
18
Week 5 - Lecture 17
19
Week 5 - Lecture 18
20
Week 5 - Lecture 19
21
Week 5 - Lecture 20
22
Week 6 - Lecture 21
23
Week 6 - Lecture 22
24
Week 6 - Lecture 23
25
Week 6 - Lecture 24
26
Week 7 - Lecture 25
27
Week 7 - Lecture 26
28
Week 7 - Lecture 27
29
Week 7 - Lecture 28
30
Week 8 - Lecture 29
31
Week 8 - Lecture 30
32
Week 8 - Lecture 31
33
Week 8 - Lecture 32
Description:
Course Outline: Path Integral method is an important formal development in quantum mechanics. The first half of the the course is useful for any student of quantum mechanics, providing deeper insights into the theory. The second half of the course discusses the path integral method in its functional form applied to space-time fields and brings out the connection of quantised fields to elementary particles.

Path Integral and Functional Methods in Quantum Field Theory - July 2019

NPTEL
Add to list
#Science #Physics #Quantum Mechanics #Quantum Field Theory
0:00 / 0:00
1 of 33

Course Introduction: Path Integral and functional methods in quantum field theory