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Jaccobtw
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So after Newtonian mechanics and electricity/magnetism, what do physics majors study? Also, is there a textbook you can reference me to that applies to that?
So you can just pick some random university and search for the curriculum for their BS Physics degree, like this one:Jaccobtw said:So after Newtonian mechanics and electricity/magnetism, what do physics majors study? Also, is there a textbook you can reference me to that applies to that?
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:So after Newtonian mechanics and electricity/magnetism, what do physics majors study? Also, is there a textbook you can reference me to that applies to that?
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:So after Newtonian mechanics and electricity/magnetism, what do physics majors study? Also, is there a textbook you can reference me to that applies to that?
What level of undergraduate preparation is necessary for admission?
Mechanics at about the level of Goldstein's Classical Mechanics
Electromagnetism at the level of Reitz and Milford's Foundations of Electromagnetic Theory
Atomic and nuclear physics at the level of R.B. Leighton's Modern Physics
Introductory quantum mechanics at the level of Dicke and Wittke's Introduction to Quantum Mechanics
Advanced calculus at the level of T.M. Apostol's Mathematical Analysis
some of the advanced coursework we look for includes courses in analytical mechanics, statistical mechanics, quantum mechanics, electricity and magnetism, optics and wave motion, and some advanced laboratory work in physics. Familiarity with ordinary and partial differential equations, vector calculus, Fourier analysis, and linear algebra is also expected, while some experience with computing is highly desirable.
After completing Physics 1 and 2, physics majors typically move on to more advanced courses in the following areas:
Physics 1 and 2 cover fundamental principles and problem-solving techniques that are applicable in a wide range of fields, such as:
Physics majors have a diverse range of career options, including:
Some common misconceptions about studying physics at the university level include:
Physics majors have access to a variety of resources to help them succeed in Physics 1 and 2, including: