Undergraduate Math for Quantum Optics vs Particle Physics

AI Thread Summary
For students considering graduate studies in Quantum Optics or Particle Physics, a solid foundation in advanced mathematics is essential. Key courses beyond the standard physics curriculum include complex analysis, numerical analysis, and potentially advanced statistical theory. While both fields share a similar mathematical toolkit, the specific needs may vary slightly based on the focus of study. Students are encouraged to pursue additional mathematics courses, as many physics programs only require basic calculus and ordinary differential equations. Advanced statistics can be particularly beneficial for Quantum Mechanics, enhancing understanding of probabilistic concepts. Overall, a dual major or minor in mathematics is recommended to strengthen preparation for graduate-level physics.
PManslaughter
Messages
12
Reaction score
0
I'm halfway through my junior year and I'm hoping to do Quantum Optics or Particle Physics in graduate school (I'm doing the recommended courses for both since I'm still undecided).

Besides the math required from the physics major (ie. Calculus, linear algebra, ODEs, PDEs, complex analysis), what advanced math courses should I take for each respective field (Quantum Optics and Particle Physics)?
 
Physics news on Phys.org
Don't think the two fields have strongly different accents in this respect (*) ; your toolkit is already quite impressive. If you want to go the experimental way, some numerical analysis is good to have. (Perhaps for theoreticans too, but I don't really know :smile: )

(*) do they differ math wise in your 'recommend' list ?
 
BvU said:
your toolkit is already quite impressive.

Well, my toolkit isn't entirely full; I'll be doing PDEs next semester.

BvU said:
Don't think the two fields have strongly different accents in this respect (*)

(*) do they differ math wise in your 'recommend' list ?

That's the problem; the recommended courses for each field only lists physics courses, no math. Which is why I'm asking for people's insight/advice.
 
I'm not in advanced classes for physics yet, but I've discussed what math classes are good to take for a physics major with one of my professors. For some reason at the university I plan to attend after college, they only really have four required math classes, Calculus I, II, III and ODE, for a physics major. But if you want to be good with physics you should take more than that, so I'm probably going to be doing a dual major in mathematics or get a minor in math.

My professor told me he wished he had taken more statistics classes, like Advanced Statistical Theory. I've read that Probability and Statistics classes can help you with, but are not necessary for, Quantum Mechanics classes and the like. So if you go the Quantum Optics route, maybe taking some advanced Statistics and Statistical theory could help?

Again, just a suggestion, I'm only in my sophomore year right now. :P
 
After a year of thought, I decided to adjust my ratio for applying the US/EU(+UK) schools. I mostly focused on the US schools before, but things are getting complex and I found out that Europe is also a good place to study. I found some institutes that have professors with similar interests. But gaining the information is much harder than US schools (like you have to contact professors in advance etc). For your information, I have B.S. in engineering (low GPA: 3.2/4.0) in Asia - one SCI...
Bit Britain-specific but I was wondering, what's the best path to take for A-Levels out of the following (I know Y10 seems a bit early to be thinking about A-levels, but my choice will impact what I do this year/ in y11) I (almost) definitely want to do physics at University - so keep that in mind... The subjects that I'm almost definitely going to take are Maths, Further Maths and Physics, and I'm taking a fast track programme which means that I'll be taking AS computer science at the end...
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...
Back
Top