1. Examination subjects:
-Public subjects: including math and English.
-Specialty: including theoretical mechanics, electromagnetism, quantum mechanics, thermodynamics and statistical physics, solid state physics and other core areas of physics.
2. Examination content:
-Theoretical knowledge: to investigate the mastery of basic physics theories, including the understanding and application of basic concepts, principles and formulas.
-Mathematical methods: To examine the application ability of mathematical tools in physics, such as calculus, linear algebra, differential equations, etc.
-Experimental skills: to investigate the basic principles of physical experiments, the use of instruments and the ability of data processing.
3. Review suggestions for postgraduate entrance examination:
-Make a review plan: reasonably plan the review time of each subject, and conduct targeted review according to the importance and your own mastery.
-Systematic learning: starting from the basic theory, gradually deepening the study, and understanding the core concepts and principles of physics.
-Problem-solving training: by doing a lot of exercises and simulating test papers, we can strengthen our understanding and application ability of knowledge.
-Experimental operation: be familiar with the basic principles and experimental operation skills of physical experiments, and improve the experimental ability through experimental exercises.
-Access to information: read textbooks, reference books and academic papers related to physics to expand the breadth and depth of knowledge.
-Attend the remedial classes for postgraduate entrance examination: Attend the remedial classes for postgraduate entrance examination, and you can systematically learn and strengthen the knowledge and skills required for the examination.
4. Choose research direction:
-Theoretical physics: studying basic physical laws and theoretical models and exploring basic theories of physics.
-Experimental physics: conducting physical experiments and observations, verifying theories and exploring new phenomena and materials.
-Applied physics: the application of physics theory and technology to solving practical problems, such as materials science and optoelectronics.
5. Preparation materials:
-Physics textbooks: choose high-quality physics textbooks, such as college physics and theoretical physics courses.
-problem sets: prepare some problem sets, do more problems, and strengthen the understanding and mastery of knowledge.
Reference books: according to your own interests and needs, choose some reference books on physics and study specific fields in depth.
Please note that the physics postgraduate entrance examination is a process that requires patience and persistence. It is recommended to prepare in advance and arrange the time reasonably. At the same time, choose the appropriate research direction according to your own situation and interest, and constantly improve your problem-solving ability and experimental ability in the review process.