Is computational physics a PhD area of study?

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Computational physics is not a standalone PhD area but rather a tool utilized across various branches of physics, including high-energy physics (hep), condensed matter, and more. Its classification as theoretical or experimental depends on the specific focus of the work. If the emphasis is on running simulations and analyzing results, it leans towards experimental. Conversely, developing numerical methods aligns it more with theoretical physics. Most computational work in academia is categorized under theoretical physics. Computational techniques are essential for simulating complex processes that are impractical to study physically, and they are integrated into many specialized fields such as computational materials physics and computational astrophysics. Some universities have dedicated computational physics research groups, indicating its growing significance in the academic landscape.
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If someone wanted to go into computational physics, would that be the PhD area of study, or is it just a branch of the better known areas, like hep, condensed matter, etc. Also is it considered theoretical or experimental? (I would assume experimental).

Thanks!
 
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Jd0g33 said:
If someone wanted to go into computational physics, would that be the PhD area of study, or is it just a branch of the better known areas, like hep, condensed matter, etc. Also is it considered theoretical or experimental? (I would assume experimental).

Thanks!

It is computational physics xD...

However, if you really want to classify it as either experimental or theoretical physics, I would say it depends on what you actually do...

If you are just running a code and focussing in the analysis of the results, than it is more experimental. But if you are developing numerical methods I would say it is more a theoretical branch.
 
Most of the computational work done by faculty at universities that I've seen is considered in the theoretical department.

But you don't just do "computational physics." Computational physics is a tool used for physics research just the same as conducting experiments or using pen & paper. It is a more practical way to simulate processes and reactions that would be expensive and/or impossible to do physically. It exists in every branch of physics, it doesn't really have it's own branch. So there is computational materials physics, computational astrophysics, computational plasma physics, etc.

My point is that computational physics isn't itself an actual thing, but a tool applied to the various branches of physics.
 
My two cents... I nominally am a PhD student in theoretical physics. In reality, I spend about 70% of my time and effort doing numerical simulations versus about 30% of the time doing traditional, pen and paper theory. I find this balance to be extremely satisfying, personally.

My field, on the other hand, is Condensed Matter Physics.
 
There are departments, and I think UCF or USF (in Florida) are one of them, where they have an explicitly-titled "computational physics" research group.

Gradschoolshopper.com might help you.
 
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