Fusion Power Research - What Education & Positions Does It Require?

In summary, the conversation discusses the individual's interest in fusion power and their questions about the places and positions for those doing nuclear fusion research. They also mention their current education plans and ask for suggestions on graduate schools to consider for fusion research. The conversation also mentions two large-scale fusion facilities and the potential for breakthroughs in fusion technology in the near future.
  • #1
Monocles
466
2
Hi,

I'm a first year nuclear engineering major at Georgia Tech and I've been interested in fusion power since about my freshman year of high school. I'm wondering what sort of places and positions that people who doing nuclear fusion research are at, and what sort of education it requires. For example, if I wanted to do fusion research, would I need to be (for example) a professor, or would it be possible to do that kind of research at a (for example) national lab. Or, are the researchers at a national lab people with university positions?

My current plan right now is to get a BS and MS in Nuclear Engineering. I am aware that learning about fusion power, plasma physics, etc., doesn't really start until the MS level. Since I am just started college I am obviously not already planning what I'll be doing for certain, I'm just exploring my options and if I decide that I'd like to do fusion research then what changes do I need to make to my plans.

If I did want to go into fusion research, what graduate schools should I be looking at? A quick glance at Wikipedia shows that University of Wisconsin, MIT, and Princeton all appear to have fusion reactor(s).

Thanks.
 
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  • #2
The National Ignition Facility at Lawrence Livermore and the ITER in France are the two large-scale fusion facilities I know of...the first is doing it with lasers, the second with magnetic confinement. You can do research relevant to it just about anywhere, I would think, but those are the places where the large toys are that have a decent chance of cracking fusion power in the next few decades.
 
  • #3
There is quite a bit going on in IEC Fusion:

http://iecfusiontech.blogspot.com/
IEC Fusion Technology blog

However, at this time the number of positions is limited. That could change.

BTW one of these approaches to fusion could crack the fusion code in the next few years. No need to wait decades.
 

1. What is fusion power research?

Fusion power research is the study of using nuclear fusion, the same process that powers the sun, to produce energy. In fusion reactions, two light atomic nuclei combine to form a heavier nucleus, releasing a large amount of energy in the process.

2. What education is required for a career in fusion power research?

To work in fusion power research, a strong background in physics and mathematics is essential. This typically requires at least a bachelor's degree in a relevant field such as physics, engineering, or applied mathematics. Many researchers in this field also have advanced degrees, such as a master's or PhD.

3. What positions are available in fusion power research?

There are various positions available in fusion power research, including research scientists, engineers, technicians, and project managers. These positions can be found in government labs, universities, and private companies.

4. What skills are necessary for a career in fusion power research?

In addition to a strong foundation in physics and mathematics, successful fusion power researchers also possess skills in data analysis, computer programming, and experimental design. Additionally, effective communication and problem-solving skills are important for collaborating with other researchers and presenting findings.

5. What are the current challenges facing fusion power research?

One of the main challenges facing fusion power research is finding a way to create and sustain a fusion reaction that produces more energy than it consumes. This requires overcoming technical and engineering obstacles, as well as finding solutions for containing and controlling the extremely hot and dense plasma needed for fusion. Funding and public acceptance are also ongoing challenges for this field of research.

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