Prerequisites for Plasma Physics and Fusion

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Discussion Overview

The discussion revolves around the prerequisites for pursuing a master's or Ph.D. in plasma physics, particularly with a focus on fusion tokamak reactors. Participants explore necessary areas of study, resources, and the background required for entering this field.

Discussion Character

  • Exploratory
  • Technical explanation
  • Homework-related

Main Points Raised

  • One participant seeks guidance on additional areas of study beyond electromagnetics for a graduate program in plasma physics.
  • Another participant suggests that foundational knowledge in plasma physics, non-linear dynamics, computational physics, electrodynamics, atom-light interactions, and nuclear physics would be beneficial.
  • Mathematical skills such as vector calculus, ordinary differential equations (ODEs), and partial differential equations (PDEs) are emphasized as essential.
  • Specific resources like textbooks by Strogatz for non-linear dynamics and Griffiths for electromagnetism are recommended.
  • Questions arise regarding the meaning of "starting the necessary physics work," prompting inquiries about the participant's current educational activities.
  • The original poster clarifies that they are refreshing their knowledge from an engineering physics course taken 20 years ago and plans to take additional classes in electromagnetism.

Areas of Agreement / Disagreement

Participants generally agree on the importance of a strong mathematical foundation and relevant physics topics, but there is no consensus on the specific educational path or resources to pursue.

Contextual Notes

There are uncertainties regarding the participant's current educational approach and the adequacy of their prior knowledge in relation to the requirements for graduate studies in plasma physics.

Caolan
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Hello I am looking to pursue a master or Ph.D in plasma physics focusing on fusion tokamak reactors.

I have an undergrad in Comp Sci and am starting the necessary physics work to apply to grad school. Besides electromagnetics, are there other areas I should focus on?

What are the best websites and/or resources to get started in it.
 
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What sort of work in Plasma physics?

In general, plasma physics would be a good start. :wink: Also: non-linear dynamics and computational physics (shouldn't be too far from what you know). You should do electrodynamics. Atom-light interactions, material/solid-state/condensed matter physics (plasma-material interactions are a big area of study at the moment), and a little nuclear physics can't hurt either. You should make sure you have the maths background - vector calculus, ODE's and PDE's are a must.

For non-linear dynamics, Strogatz is a very good start. For E&M, Griffiths is a good start, and once you've mastered that, Jackson.
 
Caolan said:
Hello I am looking to pursue a master or Ph.D in plasma physics focusing on fusion tokamak reactors.

I have an undergrad in Comp Sci and am starting the necessary physics work to apply to grad school. Besides electromagnetics, are there other areas I should focus on?

What are the best websites and/or resources to get started in it.

Can you explain what "... am starting the necessary physics work... " means here? Are you enrolling in another undergraduate program? Are you taking part-time classes? Or are you just watching YouTube videos and reading Wikipedia?

Zz.
 
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ZapperZ said:
Can you explain what "... am starting the necessary physics work... " means here? Are you enrolling in another undergraduate program? Are you taking part-time classes? Or are you just watching YouTube videos and reading Wikipedia?

Zz.
Hey sorry for the late reply...

I took engineering physics 20 years ago for the Comp. Sci program I was in so I am taking them again as a refresher before I apply for the physics school. I am also going to take EM non-matricular.
 

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