Professional courses:
Freshman: advanced mathematics, line generation, introduction to calculation, mechanics.
Larger: high number, algorithm and data structure, electromagnetism, heat.
Sophomore: mathematical methods, theoretical mechanics, optics, general physics experiments.
Sophomore: mathematical methods, atomic physics, equilibrium statistical physics (or thermodynamic statistics), general physics experiments.
Junior year: quantum mechanics, solid state physics.
Junior year: electrodynamics, modern experiment.
Senior year: modern experiment.
Specialized elective courses: applied acoustics, programming, electrotechnics, etc.
Extended data:
College Physics, edited by Ye Weiguo and others, systematically expounds the basic laws and concepts of physics. The main contents include: force and motion, momentum, work and energy, rotation of rigid body, mechanical vibration and wave, gas molecular motion theory, thermodynamic basis, electrostatic field in vacuum, conductor and dielectric in electrostatic field, magnetic field with constant current, electromagnetic induction, wave optics, special relativity and quantum physics basis, with a total of 13 chapters.
The content of college physics closely revolves around the basic requirements of college physics course, with moderate difficulty, clear physical concepts, simple discussion and rich examples. The concept introduction in the book is clear and complete, with certain technical application and theoretical expansion, and strives to be concise but not simple, in-depth but not profound.
Information link: Baidu Encyclopedia-University Physics (University Physics: Tsinghua University Press)