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- Introduction to quantum theory of identical particle systems

- Special Mathematics Chapters

- Introduction to physics of mesoscopic systems

- Linear response phenomena

- Transport phenomena in disordered materials

- Information and quantum communication

- Methods of simulation in theoretical physics

- Nonlinear dynamics, chaos, complex systems physics

- The theory of collisions

- Quantum electrodynamics

- The theory of intense laser interaction with atomic and nuclear systems

- Theory of groups with applications in quantum mechanics

- Computational methods in the theory of electronic structure of materials

- Hadronic matter theory under extreme conditions and plasma quarks and gluons

- Computational approaches in nuclear physics and elementary particles

- Modern applications of the theory of multiple particle systems

- The theory of critical phenomena

- Introduction to gravity theory and cosmology

- Advanced parallel computing methods

Extensions of the standard particle model

Program taught in:
Last updated March 24, 2018
This course is
Start Date
Sept. 2019
2 years
By locations
By date
Start Date
Sept. 2019
End Date
Application deadline

Sept. 2019

Application deadline
End Date