Aurora/Magnetosphere Physics PhD programs? (Texas)

In summary, the conversation is about a 24-year-old student studying for a BS in Physics with a particular interest in theoretical astrophysics/astronomy and auroras. They are looking for schools that offer doctoral degrees in the field, preferably in Texas, and welcome any advice. The conversation also touches on the possibility of studying space plasma physics and the availability of such programs at various universities, including University of Alberta in Canada and University of Houston, UT Dallas, and UT Arlington in Texas.
  • #1
zk3381
7
1
Hey everyone, I'm a 24 year old junior working on a BS in Physics. (Like everyone else) my main interest is theoretical astrophysics/astronomy. I'm a good student (3.2) and work at the observatory at my school and do a couple of other various jobs in the Physics department. I am particularly interested in studying auroras and I was wondering if anyone knew of some schools that might offer doctoral degrees in that area? I've done some research and haven't come up with a ton of stuff. The main one I found was University of Alaska Fairbanks (?) and I definitely do not want to live in Alaska for even a minute as I hate the cold. I'd prefer to stay in Texas. UT Austin and Rice are obviously choices but not everyone can get in there so I was curious about what some other options might be. Any constructive advice would be appreciated!
 
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  • #2
So it sounds like you want space plasma physics? Or only specifically work related to auroras? University of Alberta in Canada has a few faculty doing work directly related to auroras, if you are willing to move to Canada. Note that if you want to study auroras, you will likely have to visit northern climates to observe them, so you should be more open-minded about the location of the universities you might apply to.

There are many schools in the US doing work in space plasma physics. A quick search on gradschoolshopper.com will give you more schools than I could think of on the top of my head.

Why auroras? Have you studied plasma physics at any level before? You say theoretical astrophysics/astronomy, but this is a very distinct field from space plasma physics (where auroras would fall under).
 
  • #3
I've just always found them particularly fascinating, and I like the fact that there is still a lot about them that is still to be discovered. I've always thought they were really cool and got turned on to the physics of them while reading about Joan Feynman. I figured somewhere northern might be inevitable, but as far as moving to Canada - that's all up to the Mrs. I've always been interested in astronomy, but I'm glad you helped me narrow down more specifically what I'm looking for. Thanks man!
 
  • #4
There are a number of universities that study space plasma physics (what you probably want for auroral physics). There are a large number of schools that have space plasma physics groups. U. New Hampshire, U. Iowa, Dartmouth (in both physics and engineering), UC Berkeley, U Colorado Boulder, Stanford (in ee dept), U. Illinois Urbana (in EE), University of Washington, etc. Off the top of my head beyond Rice I couldn't think of any in texas. But did you try Google? It tells me that University of Houston has a group
http://www.uh.edu/research/spg/
As does UT Dallas
http://www.utdallas.edu/research/spacesciences/
and UT Arlington
http://www.uta.edu/physics/pages/research/groups/space/index.html

jason
 
  • #5
University of Colorado Boulder. I Know many graduate students who studied auroras in their APS and Physics programs
 

1. What is the typical duration of an Aurora/Magnetosphere Physics PhD program in Texas?

The typical duration of an Aurora/Magnetosphere Physics PhD program in Texas is around 5-6 years. This includes coursework, research, and dissertation writing.

2. What are the admission requirements for these PhD programs?

The admission requirements for Aurora/Magnetosphere Physics PhD programs in Texas usually include a bachelor's degree in a related field, strong academic background in physics and mathematics, GRE scores, letters of recommendation, and a statement of purpose.

3. Are there any specific research areas or specializations offered in these programs?

Yes, there are several research areas and specializations offered in Aurora/Magnetosphere Physics PhD programs in Texas. Some common areas of focus include solar-terrestrial physics, space weather, planetary magnetospheres, and magnetohydrodynamics.

4. Is it possible to get funding or financial aid for these PhD programs?

Yes, most Aurora/Magnetosphere Physics PhD programs in Texas offer funding or financial aid to their students. This can include teaching or research assistantships, scholarships, and grants. Students can also apply for external funding from organizations such as NASA or NSF.

5. What career opportunities are available for graduates of these PhD programs?

Graduates of Aurora/Magnetosphere Physics PhD programs in Texas can pursue careers in academia, research institutions, government agencies, and private companies. They can also work in fields such as space exploration, satellite technology, and renewable energy.

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