Courses: 2022-2023

Fall 2022 (1401 - 1): Many-Particle Physics - Course Regulations .

Fall 2022 (1401 - 1): Course on Symmetry, Topology and Entanglement - Course Regulations .

Spring 2023 (1401 - 2): Advanced Statistical Mechanics

Courses: 2021-2022

Fall 2021 (1400 - 1): Many-Particle Physics (Classical and Quantum fields, second quantization, zero-temperature Green's function, Fermi systems, Response functions and collective modes, finite-T Green's fuctions, Path integral formulation of many-body systems, Anderson impurity model, Kondo problem, Real-time Green's function), Fermi Liquid Theory, Luttinger Liquid and 1d Bozonization.

Spring 2022 (1400 - 2): Electromagnetism 3 (Electrodynamics)

Courses: 2020-2021

Fall 2020 (1399 - 1): Advanced Statistical Mechanics .

Spring 2021 (1399 - 2): Many-Particle Physics (Classical and Quantum fields, second quantization, zero-temperature Green's function, Fermi systems, Response functions and collective modes, finite-T Green's fuctions, Path integral formulation of many-body systems, Anderson impurity model, Kondo problem, Real-time Green's function).

Spring 2021 (1399 - 2): Electromagnetism 3 (Electrodynamics)

Courses: 2019-2020

Fall 2019 (1398 - 1): Many-Particle Physics.

Fall 2019 (1398 - 2): Topological Phases of Matter.

Spring 2020 (1398 - 2): Electromagnetism 3 (Electrodynamics) (In the face of pandemic, the classes are holding online. For details of lecture notes please visit Sharif Courseware CW.)

Courses: 2018-2019

Fall 2018 (1397 - 1): Many-Particle Physics.

Spring 2019 (1397 - 2): Introductory Condensed Matter.

Spring 2019 (1397 - 2): Superconductivity (conventional superconductors, BCS theory, Josephson junctions, Unconventional superconductors: beyond phonons, Gap symmetry, Spin fluctuations, Cuprates, Iron-based superconductors, topological superconductors).

Courses: 2017-2018

Fall 2017 (1396 - 1): Topological Phases of Matter.

Spring 2018 (1396 - 2): Introductory Condensed Matter.

Spring 2018 (1396 - 2): Superconductivity (conventional superconductors, BCS theory, Josephson junctions, Unconventional superconductors: beyond phonons, Gap symmetry, Spin fluctuations, Cuprates, Iron-based superconductors, topological superconductors).