Author | | Title | Subject | Notes |
Ablowitz, and Fokas |
|
Complex Analysis |
Mathematics |
|
Baxter R.J. |
|
Exactly solvable models in statistical mechanics |
Statistical Mechanics |
|
Tachikawa, Y |
|
${\mathcal{N}=2}$ supersymmetric dynamics |
Quantum Field Theory |
|
Landau, and Lifshitz |
|
Quantum mechanics : non-relativistic |
Quantum Mechanics |
|
Weinberg S. |
|
Lectures on Quantum mechanics |
Quantum Mechanics |
|
Zee A. |
|
Quantum Field Theory in a nutshell |
Quantum Field Theory |
|
Weinberg S. |
|
The Quantum Theory of Fields II |
Quantum Field Theory |
|
Chaikin, and Lubensky |
|
Principles of condensed matter physics |
Condensed Matter |
|
Plunkett, J. |
|
An introduction to the ABA |
Statistical Mechanics |
|
Schrodinger, E. |
|
Space-time structure |
General Relativity |
|
Gupta, A. |
|
Python |
Computation |
|
Dobrev, V. et al. |
|
The Harmonic analysis |
Mathematics |
|
Viswanath, V. et al. |
|
The recursion method |
Condensed Matter |
|
Kolmogorov, A. et al. |
|
Functional Analysis Vol I and II |
Mathematics |
|
Witten, E. et al. |
|
Quantum Field and Strings : Vol 1 |
Quantum Field Theory |
|
Witten, E. et al. |
|
Quantum Field and Strings : Vol 2 |
Quantum Field Theory |
|
Bouchaud, J. et al. |
|
A First course in RMT |
Statistical Mechanics |
|
Napolitano, J. et al. |
|
A Mathematica primer for physicists |
Computation |
|
Kadanoff, L. et al. |
|
Quantum statistical mechanics |
Statistical Mechanics |
|
Itzykson, C. et al. |
|
Statistical Field Theory : Vol 1 |
Statistical Mechanics |
|
Itzykson, C. et al. |
|
Statistical Field Theory : Vol 2 |
Statistical Mechanics |
|
Feynman, R. |
|
Lectures on Gravitation |
Quantum Field Theory |
|
Kamenev, A. |
|
Field theory of Non-equilibrium systems |
Condensed Matter |
|
Geroch, R. |
|
Mathematical Physics |
Mathematics |
|
Conway, J. |
|
Functions of 1 complex variable I |
Mathematics |
|
Conway, J. |
|
Functions of 1 complex variable II |
Mathematics |
|
Fisher M. |
|
Excursions in Stat Physics |
Statistical Mechanics |
|
Steele, J. |
|
Cauchy-Schwarz masterclass |
Mathematics |
|
Green, Schwarz, and Witten |
|
Superstring theory : Vol 1 |
String Theory |
|
Green, Schwarz, and Witten |
|
Superstring Theory : Vol 2 |
String Theory |
|
Schrodinger, E. |
|
Statistical thermodynamics |
Statistical Mechanics |
|
Poisson, E. |
|
A relativist's toolkit |
General Relativity |
|
Landau, and Lifshitz |
|
Classical Mechanics : Vol 1 |
Classical Mechanics |
|
Arnold V. |
|
Mathematical methods of Classical Mechanics |
Classical Mechanics |
|
Krauth W. |
|
Algorithms and Computations |
Statistical Mechanics |
|
Rieffel, and Polak |
|
Quantum Computing |
Quantum Mechanics |
|
Small C. |
|
Functional equations |
Mathematics |
|
Stone, and Goldbert |
|
Mathematics for Physics |
Mathematics |
|
Feynman R. |
|
Statistical Mechanics |
Statistical Mechanics |
|
Polchinski J. |
|
String theory : Vol 1 |
String Theory |
|
Polchinski J. |
|
String Theory : Vol 2 |
String Theory |
|
Zinn-Justin |
|
Quantum Field Theory and Critical Phenomena |
Quantum Field Theory |
Library |
Gutzwiller M. |
|
Chaos in Classical and Quantum mechanics |
Statistical Mechanics |
|
Sachdev S. |
|
Quantum Phase Transitions |
Condensed Matter |
|
Girvin & Yang |
|
Modern Condensed Matter Physics |
Condensed Matter |
|
Negele & Orland |
|
Quantum many-particle systems |
Condensed Matter |
|
Goldenfeld N. |
|
Lectures on Phase transitions & RG |
Condensed Matter |
|
Muskhelishvili N. |
|
Singular Integral Equations |
Mathematics |
|
Einstein A. |
|
Einstein's Miraculous Year |
Physics |
|
Zagoskin A. |
|
Quantum Theory of many-body systems |
Condensed Matter |
|
di Francesco et al. |
|
Conformal Field Theory |
Quantum Field Theory |
|
Horvath et al. |
|
CFTs & Integrable models |
Quantum Field Theory |
|
Polyakov A. |
|
Gauge Fields and Strings |
Quantum Field Theory |
Library |
Sakita B. |
|
Quantum theory of many-variable system and fields |
Quantum Field Theory |
Library |
Akemann et al. |
|
Random matrix theory |
Statisical Mechanics |
Library |