Interesting topics in Physics to learn

AI Thread Summary
The discussion revolves around finding an engaging entry point for self-studying physics, particularly for someone looking to avoid the monotony of starting with basic topics like vector addition and unit analysis. Participants suggest exploring areas of personal interest, such as astronomy or mechanical energy, which can provide a more stimulating introduction to physics concepts. Recommendations include attending public physics lectures and university open days for inspiration and interaction with experts. Specific book suggestions like "An Introduction to Mechanics" by K&K are made for those wanting to delve deeper into Newtonian mechanics. The conversation acknowledges that while foundational topics can be dry, jumping into more interesting subjects like optics or energy can enhance motivation and enjoyment in learning physics.
Seydlitz
Messages
262
Reaction score
4
Hi guys,

I'm just wondering if you guys have something that can be described as your entry-point in learning Physics. It's because I'm planning to do self-study using University Physics books before entering university and the problem is I can be quite bored with some of the routine topics if I started from the beginning chapter on. (e.g vector addition, units analysis) It's not that I'm saying that I've mastered all of them to their smallest detail, it's just I want to learn physics for fun, and I have no problem to go back to previous 'routine' topic just to understand some of the interesting bits. Hopefully I will be more motivated to learn all of the previous topics in the process.

It's like when someone get a bit bored and started to search for random articles in Wiki, and then from then learn all of the nice interesting things that lead to that particular article. I want to know if you can recommend me this entry point so to say.

Thank You
 
Physics news on Phys.org
What do you have a natural interest in? Are you more into theory or applied physics?

Offhand, I think astronomy is fascinating (as a non-expert) - also, learning some basics of how telescopes and microscopes work could pay off in the long run, as chances are you will use them at some point if you study physics at uni.

Also, keep an ear out for any public physics lectures that might be on, university open days, etc. Talking to people that do physics is so much more inspiring that just reading about it!

Good luck.

Claude.
 
I liked mechanical energy. It felt nice to be able to easily solve problems which would have been very difficult to solve with forces.
 
Claude Bile said:
What do you have a natural interest in? Are you more into theory or applied physics?

Offhand, I think astronomy is fascinating (as a non-expert) - also, learning some basics of how telescopes and microscopes work could pay off in the long run, as chances are you will use them at some point if you study physics at uni.

Also, keep an ear out for any public physics lectures that might be on, university open days, etc. Talking to people that do physics is so much more inspiring that just reading about it!

Good luck.

Claude.

I guess I am more inclined to do theory but I take it that's because I have few experience with applied physics. I agree with you that astronomy can be fascinating, it's the natural place to go after watching all of those classic sci-fi. I've played Orbiter too for some time in the past. Do you have some books to recommend, or even websites?

DaleSpam said:
I liked mechanical energy. It felt nice to be able to easily solve problems which would have been very difficult to solve with forces.

Is this related to Lagrangian mechanics?
 
Seydlitz said:
Is this related to Lagrangian mechanics?

The Lagrangian is kinetic energy minus potential energy, where the mechanical energy is kinetic plus potential, a change of a sign, but it makes a difference.

Various people find various topics interesting. I personally found mechanical energy to be the most interesting part of Newtonian mechanics as well, along with momentum.

Your typical first year physics class tends to be pretty boring. If you're interested in really getting to know Newtonian mechanics, I would suggest using a book like "An Introduction to Mechanics" by K&K.

I personally find EM to be much more interesting than classical mechanics, but it's all personal opinion.
 
I think energy was one of the most interesting parts of mechanics but find EM to be more interesting in general.

However, that being said I found Thermodynamics rather boring but found my class on Climate Physics (heavily based in thermo) very stimulating.

I'll agree that it can be boring to start at the beginning - the beginning is usually rather dry (vectors or a review of basic algebra required etc.) but I think of you jump in most places you'll find something of interest pretty quickly.

Optics might be a fun place to start.
 
I graduated with a BSc in Physics in 2020. Since there were limited opportunities in my country (mostly teaching), I decided to improve my programming skills and began working in IT, first as a software engineer and later as a quality assurance engineer, where I’ve now spent about 3 years. While this career path has provided financial stability, I’ve realized that my excitement and passion aren’t really there, unlike what I felt when studying or doing research in physics. Working in IT...
Hi everyone! I'm a senior majoring in physics, math, and music, and I'm currently in the process applying for theoretical and computational biophysics (primarily thru physics departments) Ph.D. programs. I have a 4.0 from a basically unknown school in the American South, two REUs (T50 and T25) in computational biophysics and two semesters of research in optics (one purely experimental, one comp/exp) at my home institution (since there aren't any biophysics profs at my school), but no...

Similar threads

Back
Top