Schools Specific interests required for graduate school?

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Having specific research interests when applying to graduate school in physics is not strictly necessary, especially for theoretical research applicants. It is common for candidates to have a general idea of their interests without committing to a specific professor or research group. Expressing broad interests, such as in the Foundations of Quantum Mechanics, can be beneficial, but applicants should also familiarize themselves with current research trends and faculty work to articulate their fit for a program. Engaging with academic journals and understanding the landscape of research can help clarify interests over time. While some applicants may have a clear direction, many do not, and it is acceptable to explore various topics before settling on a specific path. Balancing a focused interest with an awareness of other areas in the field is recommended, as interests can evolve with further study.
estedrich
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Hi,
I got my BS in Physics/Math in May, but left on a 1-2 year bike trip that is delaying my applying to graduate schools. I plan on applying next fall for admittance fall 2013.
My question is: how necessary is it to have specific research interests when applying to graduate school? I am interested in doing theoretical research, but worked in an experimental cosmology lab all through my undergrad. Most theory seems to require more than a 4-year degree to make it intelligible. So if I can't understand modern research in theory, how can I specify my interests?
I don't like String Theory, not for any very particular reason, but it has never piqued my interest. The Foundations of QM are very interesting to me, but I'm not sure how much active research there is on the topic.
So obviously it would be a plus for a grad school application if I could speak intelligently about why I find a specific professor's research at that institution interesting, but is that expected? Or is it normal for theory applicants to not have a clear idea of their specific interests?

Thanks
 
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I think that it's normal to not commit to a specific professor's research group in your statement of purpose. It is a good idea to state what your general interests are and why you think you'd be a good fit for that general field. It's probably also a good idea to give examples of professors whose current work is something that you're qualified to eventually be a part of.

You have plenty of time until your application, so I would suggest that to understand what it is that modern researchers do, that you read the background material they display for the general public and get a very strong feeling for what it is they're doing, even if you don't yet understand how they solve their problems. Some people do know what they're getting into when doing grad school applications, but many don't, so you're not alone.
 
estedrich said:
Hi,
I got my BS in Physics/Math in May, but left on a 1-2 year bike trip that is delaying my applying to graduate schools. I plan on applying next fall for admittance fall 2013.
My question is: how necessary is it to have specific research interests when applying to graduate school? I am interested in doing theoretical research, but worked in an experimental cosmology lab all through my undergrad. Most theory seems to require more than a 4-year degree to make it intelligible. So if I can't understand modern research in theory, how can I specify my interests?
I don't like String Theory, not for any very particular reason, but it has never piqued my interest. The Foundations of QM are very interesting to me, but I'm not sure how much active research there is on the topic.
So obviously it would be a plus for a grad school application if I could speak intelligently about why I find a specific professor's research at that institution interesting, but is that expected? Or is it normal for theory applicants to not have a clear idea of their specific interests?

Thanks
I read this and thought of Kitt Peak or Mauna Kea - great places for mountain biking.
http://keckobservatory.org/blog/hawaiis_coldest_steepest_job/
http://www.noao.edu/kpno/

Seriously, it's good practice to be familiar with the field in which plans to obtain an advanced degree. One should be browsing the journals to see who's doing what, and where the research is pushing. The MS programs are directed research (one does supervised research often related to what one's faculty advisor is doing), whereas a with a PhD, one is expected to do independent research and contribute to the field. Whenever one can, strike out on one's own research and push the envelope.
 
It's very hard to know what you are getting into until you do it. I tried reading about various branches of math. This left me with an interest in graph theory and logic that I have never had time to pursue, so I don't know if it was worthwhile or not. I feel like you want to try to specialize a lot at the beginning. People talk about the unity of mathematics or physics and how you have to know different topics, but it turned out for me that my thesis only uses a fairly narrow set of tools. Of course, it may be important to know about more than your narrow specialty, but I think if you branch out too much at first, you get information overload. It's easier to retain ideas that are linked together somehow.

So, I think it's kind of a balancing act. Maybe put your eggs in one basket, but try to take a look at the other baskets to make sure it's the right basket.

It can be almost impossible to know what you're getting into. Things that seem completely boring and ugly now may become interesting after a couple years of study and vice versa. So, you kind of have to play by ear and go with your gut to some extent, I think.
 
Hey, I am Andreas from Germany. I am currently 35 years old and I want to relearn math and physics. This is not one of these regular questions when it comes to this matter. So... I am very realistic about it. I know that there are severe contraints when it comes to selfstudy compared to a regular school and/or university (structure, peers, teachers, learning groups, tests, access to papers and so on) . I will never get a job in this field and I will never be taken serious by "real"...
Yesterday, 9/5/2025, when I was surfing, I found an article The Schwarzschild solution contains three problems, which can be easily solved - Journal of King Saud University - Science ABUNDANCE ESTIMATION IN AN ARID ENVIRONMENT https://jksus.org/the-schwarzschild-solution-contains-three-problems-which-can-be-easily-solved/ that has the derivation of a line element as a corrected version of the Schwarzschild solution to Einstein’s field equation. This article's date received is 2022-11-15...

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