Background good enough for Physics PhD?

In summary, the conversation is about an individual trying to decide whether to pursue a career in physics or not. They are currently studying math and are interested in theoretical physics, specifically cosmology. They have learned that having a strong background in math is important for admission to top universities, but also need to have a solid understanding of subjects like classical mechanics, quantum mechanics, and statistical mechanics at the undergraduate level in order to survive the first year of a PhD program. They seek advice on which courses to take to prepare for an MSc and potential PhD in the USA. The conversation ends with the individual considering taking courses in classical mechanics, electromagnetism, statistical mechanics, and quantum mechanics in order to gain admission to an MSc program.
  • #1
doodle_sack
68
0
Hi guys, this is my first post in this forum, i joined mainly to get this doubt clarified, which would eventually decide whether i'll be a physicist or something else.

I am doing bsc in math, I'm kind of interested in theoretical physics, especially cosmology and i learned that a sound background in math would allow me to join cambridge university's msc in pure math and theoretical physics program which can pave way for my phd henceforth. i read in some thread that despite getting admission to elite programs, if one does not had the opportunity to study some physics courses like classical mechanics, quantum mechanics, statistical mechanics and the like at under graduate level, it would be very hard for him to survive the first year of his phd, since, they stress upon these topics at advanced undergraduate/graduate level. now, if i want to go for the cambridge's phd (after my msc there), i assume there won't be any big trouble IN GAINING ADMISSION and of course surviving the first year of their phd. But, in case if i want to go to USA, i can sense that would be a huge trouble, that's what i infered after going through some pages here.

so would you guys kindly advice me for choosing my options, my need being gaining admission at best schools in usa and helping my background so as to survive 1st year of my phd, and the coming years. you have to choose 4 out of these (i thought of choosing math physics 1, 2, 3 since it is mainly related to theoretical physics, but i seek ur advice, anything better?:
Classical Mechanics I, II, III
Electromagnetism I, II, III
Mathematical Physics I, II, III
Quantum Mechanics I, II, III
Statistical Mechanics I, II, III
Atomic and Molecular Physics
General Theory of Relativity
Condesned Matter Physics
Nuclear and Particle Physics
Quantum Field Theory

Thanks for one and all and good luck with your endeavours!
 
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  • #2
it says this pose have been MOVED, what does it mean?
 
  • #3
It means you posted it in the wrong forum and it has been moved to the academic advice forum.
 
  • #4
IMO: Class Mech, E&M, QM, and Statistical Mechanics are the foundations of physics that are really important. I'm not sure what exactly the I, II, and III mean precisely, but I would try to take one of each of those courses.
 
  • #5
Hi, thanks for your reply, I have attached the brief description of the courses, i believe it would help you in advicing me!
 

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  • #6
doodle_sack said:
i learned that a sound background in math would allow me to join cambridge university's msc in pure math and theoretical physics program which can pave way for my phd henceforth.
Do you mean the part iii and DAMPT?
And what year are you?

If you want to do a cosmology PhD in the USA then you will certainly need to study those topics at MSc level. If you have studied them at MSc level, what you take now will be mostly irrelevant when it comes to applying for a PhD.
BUT, you can't study them at MSc level if you're not ready for them. Look at the websites of where you want to do the MSc. They nearly always have course descriptions and course requirements. Match these requirements to your choices now...
 
  • #7
Yeah, you should take:

Whatever introductory course in classical mechanics and E&M. 1 or 2 advanced classes on classical mechanics, 1 or 2 in E&M, and 1 or 2 in quantum mechanics.

And that's at a bare minimum, you should hopefully also have some experience with statistical mechanics and special relativity, and ideally you would have 2 advanced courses in each of those (classical mech, E&M, QM). Without those extra courses (meaning just the aforementioned minimum courses), you might get by but you'll bust your butt.
 
  • #8
Thanks for your reply. Onamor, yes it is DAMPT!

If I go with GoldPheonix's advice, I think the best thing to do is to take Classical Mechanics I, Electromagnetism I, Statistical Mechanics I and Quantum Mechanics I, sadly I am allowed to take only 4!

Do you think I can gain admission with that to an MSc?

I hope I can do the advanced level courses in my MSc to save my butt from getting bust. LOL!

Thanks again!
 

FAQ: Background good enough for Physics PhD?

What kind of academic background is necessary for pursuing a Physics PhD?

The ideal background for a Physics PhD would include a bachelor's degree in physics or a related field such as engineering, mathematics, or computer science. A strong foundation in mathematics, particularly calculus and linear algebra, is also essential. Additionally, experience with programming and laboratory work is highly beneficial.

Is it possible to pursue a Physics PhD with a non-physics undergraduate degree?

Yes, it is possible to pursue a Physics PhD with a non-physics undergraduate degree. However, it may require taking additional coursework to build a strong foundation in physics concepts. It is also important to have a strong background in mathematics and programming to be successful in a Physics PhD program.

3. Are there any specific GPA requirements for a Physics PhD program?

Most Physics PhD programs do not have a specific GPA requirement, but a strong academic record is important. Admissions committees will typically look at the overall GPA as well as the GPA in relevant coursework, such as physics and mathematics courses. A high GPA can demonstrate your ability to handle the rigorous coursework in a PhD program.

4. What kind of research experience is beneficial for a Physics PhD program?

Research experience is highly beneficial for a Physics PhD program. This can include participation in research projects during your undergraduate studies, internships, or independent research projects. It is also important to have experience with laboratory work and data analysis techniques.

5. Are there any specific skills or qualities that can make me a strong candidate for a Physics PhD program?

Aside from a strong academic background, there are several skills and qualities that can make you a strong candidate for a Physics PhD program. These include critical thinking and problem-solving skills, strong communication skills, perseverance and determination, and a passion for learning and exploring new ideas. Having experience with teamwork and collaboration can also be beneficial, as many research projects in a PhD program involve working with a team.

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