Want to go to grad school but for what?

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SUMMARY

The discussion centers on a student majoring in physics and mathematics who is contemplating graduate school options. Despite strong academic performance, including a current GPA of 3.65 and aspirations for a 4.0 this semester, the student expresses uncertainty about pursuing graduate studies in physics or mathematics, particularly in differential geometry. Suggestions from forum members include exploring medical physics, computer science, and interdisciplinary research opportunities to leverage analytical skills while engaging with people. The importance of research experience, such as participating in Research Experiences for Undergraduates (REU), is emphasized as a critical step for graduate school applications.

PREREQUISITES
  • Understanding of differential geometry and its applications.
  • Familiarity with medical physics and its educational requirements.
  • Knowledge of computer science fields, particularly artificial intelligence and computational geometry.
  • Awareness of research opportunities and their impact on graduate school admissions.
NEXT STEPS
  • Research medical physics programs and their prerequisites.
  • Explore interdisciplinary research opportunities at your home institution.
  • Investigate graduate programs in applied mathematics, particularly at UPenn and RIT.
  • Learn about artificial intelligence and computational geometry as potential career paths.
USEFUL FOR

Undergraduate students in physics and mathematics, prospective graduate students exploring diverse career options, and individuals interested in interdisciplinary fields combining analytical skills with practical applications.

ice109
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there's another topic like this somewhere down there but I'm different, and i didn't want to distract from that guy's question...

anyway I am a fairly good double major physics + math at big football state school. I'm easily top 5% of my physics/math class, first or second in terms of literal grades in all my classes. i had a rough 2 semesters where i got a 3.5 semester gpa so right now I'm sitting at a 3.65 but I'm well on my way to a 15 credit 4.0 this semester so i should be fine in terms of all that...

i don't have an research or publications but I've applied for reus this summer and hopefully i'll get one, and if not i'll work with someone here.

i can get good recommendation letters from good researchers who were my professors in my classes.

etc etc etc.

but i really don't want to go to grad school for physics. maybe math but if i did i want to study differential geometry and i don't know if i can get into a good place where they study that, not that i wouldn't go to a mediocre one...

anyway what are some other "vocations" i should look into? could i possibly go into grad school for something completely different? like a foreign language? basically what are my options after i graduate?

btw i'll be graduating spring 2010 with a double major, math+physics.
 
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I believe you could go to grad school for pretty much any science or engineering; however, you may have to take some into courses as you begin. I know some schools will have a quick paced summer group for those without adequate knowledge in the subject matter but have been accepted.
 
maybe math but if i did i want to study differential geometry and i don't know if i can get into a good place where they study that, not that i wouldn't go to a mediocre one...

As opposed to other subjects where you would be able to go to a good place where they study it? Is there something you feel that specifically prohibits you from differential geometry as opposed to, say, a subject you aren't doing your major in?
 
One of my old pure math classmates got into a compsci masters program. I don't think he had great programming skills at all, but he liked compsci and thought it was a better career path. And he wasn't a compsci major or minor at my school either, just pure math and jumped into compsci.
 
You need to do your own research to find something you're interested in. I've been trying to convince physics students to go into medical physics. If you've got any interest in biology, it may be well worth a look.
 
Office_Shredder said:
As opposed to other subjects where you would be able to go to a good place where they study it? Is there something you feel that specifically prohibits you from differential geometry as opposed to, say, a subject you aren't doing your major in?
meh i guess you caught me, there's other reasons I'm not gung ho about going to grad school for math. one of them being i really don't want to be in the tenure track rat race.
JasonJo said:
One of my old pure math classmates got into a compsci masters program. I don't think he had great programming skills at all, but he liked compsci and thought it was a better career path. And he wasn't a compsci major or minor at my school either, just pure math and jumped into compsci.
yea programming/comp sci is always an option but i don't like to program
Brian_C said:
You need to do your own research to find something you're interested in. I've been trying to convince physics students to go into medical physics. If you've got any interest in biology, it may be well worth a look.
moreover medschool is slightly appealing... but i don't have any of my bio requirements fulfilled.

btw I'm not a petulant child. i just wanted some ideas, so this isn't me saying no to the above ideas, it's me saying I've considered them, still considering them, just want more.
 
Well if you're interested in differential geometry from mathematics and have a double major in math and physics, why not consider geometric mechanics/dynamical systems? A rather nice fusion of concepts from both mathematics and physics.

As for medical physics. This is not the same as med school (at least in Canada anyway) and for the most part requires not as much biology as you'd think. Also, the biology courses needed are usually included in the program itself slightly modified to deliver the content required for med phys.
 
medical physics seems interesting in the sense that it has the added perk of being a well compensating profession and you still interact with people. i'll research it more.

to that end though what are some other careers for a person who likes analytical thinking but also likes to interact with people?
 
At this stage, you need to be looking into research opportunities at your home institution or through programs like REU. These experiences will help you get accepted into good graduate programs AND help you figure out what you'd like to do or not do.
 
  • #10
physics girl phd said:
At this stage, you need to be looking into research opportunities at your home institution or through programs like REU. These experiences will help you get accepted into good graduate programs AND help you figure out what you'd like to do or not do.

first i need to figure out what academic discipline i want to do research in...
 
  • #11
ice109 said:
first i need to figure out what academic discipline i want to do research in...

At this point, if you're looking into research at your home institution, think of faculty that you like in each department, and see what opportunities they might have. At your home institution, you might also be able to do something interdisciplinary, or even split your time between two different projects.

I also think that research in either discipline (math/phys) would still help your applications to grad school, even if you switch fields.
 
  • #12
Hey ice109,

You don't necessarily have to program, although of course that is important because you need to be able to implement the algorithm you designed. But there are a lot of fields in computer science that are really cool, even to me. Artificial intelligence will be huge soon and is a budding field, computer vision, computational geometry is also very mathematical. I took a course in computational geometry once and it involved a lot of geometric and topological facts (Jordan Curve Theorem for example). There is an amazing applied math professor at UPenn named Rohert Ghirst, check him out. He works in topological robotics among many other applied math/comp sci/engineering fields. I believe he has a triple appointment in math, applied math and EE.

I agree, programming can be lame. But at grad school I think they care more about your problem solving ability and ability to design clever algorithms rather than the nuts and bolts of implementing it.

There are some really diverse math departments out there. If you care about going into industry and getting a job, UPenn has a new applied math department that looks very promising. RIT has a very heavy applied math research department, some schools have professors working on quantum computation (UCSD for example) and Carnegie Mellon is top notch for mathematical finance, optimization and stats.

Best of luck.
 

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