Grad School Reputation: Impact of Rankings & State Schools

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SUMMARY

The discussion centers on the impact of graduate school rankings on academic careers, particularly in physics. Participants emphasize that while rankings are significant, the presence of strong research groups and advisors is crucial for success in academia. Notably, institutions like the University of Colorado at Boulder and the University of Michigan are recognized for their research in AMO (Atomic, Molecular, and Optical physics), yet their faculty representation in top-ranked schools remains low. The conversation also addresses the perception of state schools, suggesting that their reputation may not align with their academic quality.

PREREQUISITES
  • Understanding of graduate school application processes
  • Familiarity with academic research groups and their importance
  • Knowledge of AMO (Atomic, Molecular, and Optical physics) research
  • Awareness of the academic landscape in the United States
NEXT STEPS
  • Research the role of faculty advisors in graduate school success
  • Explore the historical rankings of state schools in physics
  • Investigate the criteria used for graduate school rankings
  • Learn about the specific research contributions of top AMO programs
USEFUL FOR

Prospective graduate students, academic advisors, and anyone interested in understanding the dynamics of graduate school rankings and their implications for academic careers in physics.

bardeen
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Hello everyone,

I have been a reader of this forum for quite some time and so I've read plenty on this topic. I have a question though...

When applying to graduate schools most people first think about rankings (and then all other factors come in - research specialities, location, atmosphere, etc.). A lot of people give the advice that more important than rankings is whether there is a strong research group in your area of interest or not. This makes sense. However, if your dream is to work in the academia, it seems like school name (ranking) does make a BIG difference. You could say "well, the thing is that the strongest research groups for every area of physics are located in the best-ranked schools". Again this seems logical. But if you go to the physics deparment websites for the top schools you'll see that almost all professors come from big name schools (Harvard, MIT, Princeton, etc.). Google "physics grad school rankings AMO" and click on the first link (I can't post a link because I haven't reached 10 posts).
Why is it that University of Colorado at Boulder, University of Michigan, Kansas State University, and University of Central Florida are so underrepresented in the faculty of top schools if they are ranked as some of the best for AMO?

On a related note: Why is it that people tend to speak of state schools with some sort of degrading? Not exactly degrading but they don't seem to be given much love. Why is this the case? There are some state schools that are very highly ranked. I am not from the USA so I don't know if there is something I don't know about them.

Thanks in advance for any input :)
 
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Well how long have those schools (Boulder, Florida, etc) been among the best for AMO? Maybe they haven't been at the top for long enough to seed professors to schools. I feel like I know a few professors at top schools who aren't from "name" schools, and usually I find out that their advisors were very strong. That's usually what it comes down to - and highly ranked/prestigious places tend to have a high density of strong advisors to work with. In the end I think most of my friends and I when applying to grad schools were primarily interested in applying to places with a lot of strong professors.

I also don't see the disdain for state schools. I went to a highly-ranked state school and got a lot of respect for it.
 

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