Can someone please describe physics after year 1?

In summary, in the first 2 or 3 semesters of intro physics, you are focused on developing problem-solving skills through numerous thought-provoking examples. However, as you progress to intermediate and upper level courses, the focus shifts towards theory and proofs, with a significant amount of mathematics involved. The problems become more difficult and time-consuming, with a single problem potentially taking hours to solve. It is important to fully understand concepts such as the harmonic oscillator and symmetry, as well as the principle of Lorentz invariance.
  • #1
torquemada
110
0
So in the first 2 or 3 semesters of intro physics i know you're grinding into the system of thinking in terms of physics and learning how to approach a problem - to that end you do hundreds of thought provoking examples to hone your skills so that you don't just plug and chug but actually learn how to reason through any word problem thrown at you. That being said, is a physics degree 4 years of that? Or are intermediate and upper level courses more focused on theory and proofs and lots of math too I'm sure, but not a grind-like approach involving tons of problems? The more detail the better I'm looking for a comprehensive description if possible. Thx :)
 
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  • #2
Generally as you move up in your classes you have less problems, but they become much more difficult. Prepare to spend hours haranguing over that one problem that still eludes you after solving the other 5 in the set in "only" 10 hours. And that's just for one class.
 
  • #3
do yourself a favor and learn everything about the harmonic oscillator now
 
  • #4
kreil said:
do yourself a favor and learn everything about the harmonic oscillator now

Lawls.

Oh wait, that's the most true statement I've ever heard in my life.

And learn what symmetry means.
 
  • #5
And don't forget Lorentz invariance the first commandment of any theory although that comes into symmetry
 

FAQ: Can someone please describe physics after year 1?

What is the focus of physics after year 1?

After the first year of studying physics, students typically move on to more advanced topics such as electromagnetism, thermodynamics, and quantum mechanics. These areas of physics explore the behavior of matter and energy at a deeper level.

Are there any new mathematical concepts introduced in physics after year 1?

Yes, in addition to building upon the mathematical principles learned in the first year, students will also encounter new concepts such as vector calculus, differential equations, and complex numbers. These mathematical tools are essential for understanding and solving more complex physics problems.

Is there a specific branch of physics that is focused on after year 1?

While there are many branches of physics, students typically focus on a particular area of interest or specialization after the first year. Some common branches include astrophysics, particle physics, and condensed matter physics.

How does the study of physics after year 1 relate to real-world applications?

Many of the concepts and theories learned in physics after year 1 have direct applications in various fields such as engineering, medicine, and technology. For example, understanding thermodynamics is crucial for designing efficient engines and understanding quantum mechanics is essential for developing advanced computing technologies.

What skills are important for success in studying physics after year 1?

A strong foundation in mathematics and problem-solving skills are essential for success in studying physics after year 1. Additionally, critical thinking, analytical reasoning, and a strong curiosity for understanding the natural world are also important skills for becoming a successful physicist.

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