Comprehensive main study: advanced mathematics, mechanics, heat, optics, electromagnetism, atomic physics, mathematical physics methods, theoretical mechanics, thermodynamics and statistical physics, electrodynamics, quantum mechanics, solid physics, structural and physical properties, introduction to computational physics, etc.

According to the example of relevant schools:

Freshman last semester: advanced mathematics, line generation, introduction to calculation, mechanics.

Freshman semester: advanced mathematics, algorithm and data structure, electromagnetism, heat.

Sophomore last semester: mathematical methods, theoretical mechanics, optics, general physics experiments.

Second semester of sophomore year: mathematical methods, atomic physics, equilibrium statistical physics (or thermodynamic statistics), general physics experiments.

Last semester of junior year: quantum mechanics and solid state physics.

Next semester of junior year: electrodynamics, modern experiments.

Last semester of senior year: modern experiment.

In addition, four years runs through elective courses.