So you can just pick some random university and search for the curriculum for their BS Physics degree, like this one:Jaccobtw said:
Some places might still use a "series" like Fundamentals of (1) Mechanics, (2) Electricity & Magnetism, (3) "Modern Physics" including much of the basics of Optics; and radiation and atoms & nuclear physicsJaccobtw said:
Your profile shows that you're currently an undergrad. So what is the reason for this question? I.e., why not look at what's in your school's curriculum and see what texts it uses? Or are we missing some key info from you?Jaccobtw said:
After completing Physics 1 and 2, which generally cover classical mechanics and electromagnetism, physics majors typically study subjects such as Modern Physics, Classical Mechanics, Electrodynamics, Quantum Mechanics, and Statistical Mechanics. These courses build on the foundational principles learned in the introductory courses and delve deeper into the complexities of physical phenomena.
Yes, physics majors often have the opportunity to take specialized courses in areas such as Condensed Matter Physics, Nuclear Physics, Particle Physics, Astrophysics, and Computational Physics. These courses allow students to explore specific fields of interest in greater detail and often include both theoretical and experimental components.
Yes, laboratory work is a crucial part of a physics major's education. After Physics 1 and 2, students typically take more advanced laboratory courses that may include experiments in Modern Physics, Electronics, Optics, and other specialized areas. These labs help students develop practical skills and a deeper understanding of experimental techniques and data analysis.
Absolutely. Mathematics remains a critical component of the physics curriculum throughout a student's academic career. Courses in Differential Equations, Linear Algebra, and Mathematical Methods for Physics are commonly required. These mathematical tools are essential for understanding and solving complex physical problems encountered in advanced physics courses.
Yes, many universities encourage or even require physics majors to participate in research projects after completing their introductory courses. Students can work with faculty members on ongoing research, which can range from theoretical studies to experimental investigations. This hands-on experience is invaluable for developing research skills and can often lead to opportunities for presenting findings at conferences or co-authoring scientific papers.