Explore the programs and courses offered by Theoretical physics
Browse Programs Admission InformationProgram Overview:
Semestre 01 :
- Advanced Quantum Mechanics I
- Statistical Physics I
- Classical field Theory
- Mathematics I
- General theory of solid state physics
- Nuclear Physics I
- English
Semestre 02 :
- Advanced Quantum Mechanics II
- Statistical Physics II
- Relativistic Quantum Mechanics
- Mathematics II
- Numerical Analysis
- Nuclear Physics II
- English
Semestre 03 :
- Many-body problems
- Quntum field Theory
- Classical and quantum mechanical time-dependent systems
- Atomic and molecular physics
- PT-Symmetry and Pseudo-Hermiticity in Quantum Mechanics
- Quantum theory of magnetism
- English
Semestre 04 :
Mandatory internship at a research lab or company, assessed through both a written Master's thesis and public defense before an academic committee.
- Advanced Quantum Mechanics I
- Statistical Physics I
- Classical field Theory
- Mathematics I
- Advanced Quantum Mechanics II
- Statistical Physics II
- Relativistic Quantum Mechanics
- Mathematics II
- Atomic and molecular physics
- Many-body problems
- Quntum field Theory
- Classical and quantum mechanical time-dependent systems
- PT-Symmetry and Pseudo-Hermiticity in Quantum Mechanics
- Quantum theory of magnetism
During the first three semesters (Semesters 1 and 2 of M1, and Semester 1 of M2), student evaluation will be conducted through :
- Continuous assessment of individual work
- Assignments for core course units
- A written examination at the end of each semester for each teaching unit
The second semester of M2 will be evaluated based on a dissertation (Master's thesis) to be presented before an examination committee at the end of the semester.
Progression requirements will be determined by the academic program committee.
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