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Derivatives Of Operators
Lesson 31 of 32 • 0 upvotes • 8:06mins
Siddharth Sahu
Ever think how the action operator change with some parameter? To do that we use the idea of differential but how you differentiate the operator? Is they behave same as function? If not when they do? These questions might occurring in your mind , let's answer them.
(Hindi) Quantum Mechanics: GATE (Physics)
32 lessons • 4h 43m
1
Linear Vector Spaces (in Hindi)
8:41mins
2
Dual Vector Spaces (in Hindi)
8:55mins
3
Inner Product and Norm of a Vector (in Hindi)
11:14mins
4
Linearly Independent Vectors (in Hindi)
5:39mins
5
Dimension of a Vector Space and Orthonormal Basis (in Hindi)
10:56mins
6
Gram-Schmidt Orthonormalization (in Hindi)
11:10mins
7
Problem Solution Of Lecture 06
5:26mins
8
Pauli Matrix As Basis
13:18mins
9
Linear Transformation as Matrix
15:00mins
10
Matrix as Linear Transformation : 02
5:40mins
11
Linear Operator
13:00mins
12
The Projection Operator
7:42mins
13
Matrix Elements Of Linear Operator
6:49mins
14
Operator Spaces
6:15mins
15
Adjoint Of An Operator
11:05mins
16
Span of LVS
5:31mins
17
Hermition, Anti-Hermition And Unitary Operators
8:09mins
18
Problem Solutions Lec. 17
3:26mins
19
Active And Passive Transformation
6:52mins
20
Eigen Vector And Eigen Values
10:20mins
21
The Eigen Value Problem
15:00mins
22
EigenValues Of Hermition Matrices
5:10mins
23
Degeneracy
8:11mins
24
Spectral Theorem Of Unitary Operators
9:33mins
25
Change Of Basis
9:00mins
26
Diagonalization Of Matrix & Eigen Basis
10:12mins
27
Diagonalization Of Hermition Matrix
8:40mins
28
The Propagator
14:22mins
29
The Propagator Part 2
4:06mins
30
Functions Of Operators
6:17mins
31
Derivatives Of Operators
8:06mins
32
Concept of Infinite Dimensional Vector Spaces
9:12mins
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