Masters in theoretical physics/high energy physics

In summary, the conversation discusses the search for masters programmes in HEP/Theoretical physics in Europe, excluding the UK. Two programs, LMU and ETH+EP, are mentioned and the individual is looking for more options to apply. The individual also mentions their academic qualifications and current research experience. Suggestions for other universities in Germany are also provided.
  • #1
Ravi Mohan
196
21
Hi,
I am an undergraduate senior with physics major. I am searching for masters programme in HEP/Theoretical physics (in Europe but not in U.K). So far I have found these programs
1. (LMU) http://www.theorie.physik.uni-muenchen.de/TMP/about_us/index.html
2. (ETH+EP) http://hep.polytechnique.edu/home/admission/apply-at-ethz/

It would help me if I can get to know about more such programs where I can, now, apply.

Also, I would like to know my chances in getting into these programs.

GPA = 7.9/10
PGRE = 980
GRE
V:153
Q:165
W:3.5
TOEFL:107
One summer research in Quantum Information (no publication). Currently I am working on my thesis (in CMP).

Thanks
 
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  • #2
Most big universities should have theoretical high-energy physics master programmes - sometimes they just have a more general name.

LMU is certainly a good university, Heidelberg has a large HEP community (both experimental and theoretical), Karlsruhe, Dortmund, Hamburg and Jena could be interesting (just to name a few that came to my mind), and http://www.teilchenphysik.de/kontakte/uni__forschung/.
That is just Germany ;).
 
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FAQ: Masters in theoretical physics/high energy physics

1. What is the difference between theoretical physics and high energy physics?

Theoretical physics is a broad field that deals with the development and study of theories to explain the fundamental laws of nature. High energy physics, on the other hand, focuses specifically on the study of the most energetic and smallest particles in the universe.

2. What are the career prospects for someone with a Masters in theoretical physics/high energy physics?

Graduates with a Masters in theoretical physics/high energy physics have a wide range of career options, including research positions in academia, government laboratories, and private companies. They can also pursue careers in data analysis, computer science, and finance.

3. Is a background in mathematics necessary for a Masters in theoretical physics/high energy physics?

While a strong foundation in mathematics is certainly beneficial, it is not required for a Masters in theoretical physics/high energy physics. Many programs offer introductory courses in mathematics for students without a strong background in the subject.

4. What research opportunities are available for students in a Masters program in theoretical physics/high energy physics?

Masters students in theoretical physics/high energy physics have the opportunity to work on cutting-edge research projects in areas such as particle physics, cosmology, and quantum field theory. Many programs also offer collaborations with other research institutions and industry partners.

5. Are there any specialized areas within theoretical physics/high energy physics that I can focus on during my Masters program?

Yes, there are many specialized areas within theoretical physics/high energy physics that students can choose to focus on during their Masters program. Some examples include string theory, nuclear physics, and astrophysics. It is important to research and choose a program that aligns with your interests and career goals.

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