Recent content by 1ndranil
-
1
Relativity General Relativity by Robert M. Wald
Robert M. Wald (general relativity) prerequirments I wish to read ch 1 to ch 6 from the book "General Relativity" by Robert M. Wald in full mathematical generality. [I do not have any considerable background in differential geometry. I'm a physics graduate student with some background in...- 1ndranil
- Post #15
- Forum: Science and Math Textbooks
-
1
Graduate Explaining the Relation Between \gamma N_+ and 2N_{++}+N_{+-}
Choose a + site. Join it to each neighbor by a line. we need to draw gamma lines. Now do this for all + sites. So total lines = gamma*N(+). In this process i) between any (+,+) pair there will be two lines (one when we draw line from 1st + to 2nd +, other when we draw line from 2nd + to 1st +)...- 1ndranil
- Post #2
- Forum: Atomic and Condensed Matter
-
1
Bra-kets and operator formalism in QM - Expectation values of momentum
My solutions are here, have a look..- 1ndranil
- Post #2
- Forum: Advanced Physics Homework Help
-
1
Why Is Work Equal to Zero When Forces Are Perpendicular?
If a particle moves on a frictionless rigid surface, due to the fact that this surface constrains the motion of the particle, we have an additional force acting (locally) perpendicularly to the surface.- 1ndranil
- Post #4
- Forum: Introductory Physics Homework Help
-
1
Graduate Graduate Classical Mechanics Problem Book
My graduate course (2 sem) follows Goldstein (All chapters ). Can anyone suggest me a book with solved problems on such advanced topics? -
1
Reference books on Elementary particles,Statistical mechanics
Thanks Vanhees for your suggestion..:-)- 1ndranil
- Post #3
- Forum: Science and Math Textbooks
-
1
Reference books on Elementary particles,Statistical mechanics
I need some reference books on the following... My 3rd year 2nd sem Undergraduate physics syllabus has a part like this- (I have 2 sem q.m., 1 sem special relativity as background.) The nuclear two-body problem and simple theory of the deuteron. Elementary particles: Baryons...- 1ndranil
- Thread
- Books Elementary Mechanics Reference
- Replies: 2
- Forum: Science and Math Textbooks
-
1
Graduate Can we apply superposition principle for states in Fock space?
Thanks Neumaier...:smile:- 1ndranil
- Post #22
- Forum: Quantum Physics
-
1
Graduate Density matrix off-diagonal elements
For a system with time Independent hamiltonian , in the basis of energy eigen kets, every off diagonal element between two kets corresponding to two distinct energy eigen values will oscillate with Bohr Frequency.- 1ndranil
- Post #3
- Forum: Quantum Physics
-
1
Graduate Reference for Axiomatic Quantum Statistical Mechanics
I have gone through two volumes of Cohen (Quantum Mechanics). Now I need a book on Quantum Statistical Mechanics. The book should use axiomatic formulation using density matrix. Please give me a suggestion. ( I'm also introduced with 2nd quantization slightly) Thanks for any help in advance.- 1ndranil
- Thread
- Mechanics Quantum Quantum statistical mechanics Reference Statistical Statistical mechanics
- Replies: 2
- Forum: Quantum Physics
-
1
Graduate Can we apply superposition principle for states in Fock space?
I have gone through two volumes of Cohen (Quantum Mechanics). Now I need a a book on Quantum Statistical Mechanics. The book should use axiomatic formulation using density matrix. Please give me a suggestion.- 1ndranil
- Post #19
- Forum: Quantum Physics
-
1
Graduate Can we apply superposition principle for states in Fock space?
I have gone through two volumes of Cohen (Quantum Mechanics). Now I need a a book on Quantum Statistical Mechanics. The book should use axiomatic formulation using density matrix. Please give me a suggestion. (I'm also introduced with 2nd quantization slightly)- 1ndranil
- Post #18
- Forum: Quantum Physics
-
1
Graduate What Books Continue Ballentine's Approach to Quantum Statistical Mechanics?
I have gone through two volumes of Cohen (Quantum Mechanics). Now I need a a book on Quantum Statistical Mechanics. The book should use axiomatic formulation using density matrix. Please give me a suggestion. (I'm also introduced with 2nd quantization slightly)- 1ndranil
- Post #5
- Forum: Quantum Physics