Particle Physics Development Job: Viable Cold/Normal Fusion

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SUMMARY

The discussion centers on career opportunities in particle physics, specifically related to the development of viable cold or normal fusion power generators. Key institutions mentioned include ITER and the National Ignition Facility, which primarily engage in hot fusion research. A Ph.D. in fusion physics or nuclear engineering is essential for research roles, while engineering or programming positions may not require such advanced qualifications. The conversation also highlights skepticism towards cold fusion, labeling it as "crackpottery."

PREREQUISITES
  • Ph.D. in fusion physics or nuclear engineering
  • Understanding of hot fusion research methodologies
  • Familiarity with ITER and National Ignition Facility operations
  • Basic knowledge of particle physics principles
NEXT STEPS
  • Research career paths in fusion physics and nuclear engineering
  • Explore engineering roles at ITER and the National Ignition Facility
  • Study the differences between hot fusion and cold fusion technologies
  • Investigate the latest advancements in fusion energy research
USEFUL FOR

Individuals pursuing careers in particle physics, particularly those interested in fusion energy research, as well as engineers and programmers looking to support fusion projects at major research facilities.

Amtrscntst
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Ok, i want a job that works with particle physics, and somthing to do with the development for Viable Cold or Normal Fusion power Generator and all that where and what can i work as/for
 
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That's going to be either academic research, or at government / international labs like ITER or the National Ignition Facility (I believe their industry contractors will only be working in support / technical roles, and not necessarily direct fusion research):
http://en.wikipedia.org/wiki/National_Ignition_Facility
http://en.wikipedia.org/wiki/ITER

You haven't mentioned your qualifications, so I'll assume that you're just looking into what you'd need. To do actual research in the field, you probably need to have a Ph.D. in fusion physics / nuclear engineering (or a Ph.D. in a closely related field). However, if you want to work in an engineering, or programming, or other support role, the Ph.D. in fusion physics / nuclear engineering is probably not necessary (or desired).

Hopefully, some real fusion scientists weigh in on this (I base this only on my nearly-entirely anecdotal and second-hand hearsay about the operation of such facilities).
 
Particle physicists don't work on hot fusion.

Cold fusion is crackpottery.
 

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