Could Solar Energy from the Sun Revolutionize Our Future Power Supply?

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SUMMARY

The discussion centers on the potential of solar energy, specifically through nuclear fusion, as a revolutionary power supply for the future. Key challenges include achieving the necessary temperature of approximately 40,000,000 K for fusion and effectively containing plasma. Participants highlight the interdependence of these challenges, suggesting that advancements in plasma containment could lead to breakthroughs in temperature management. Princeton Plasma Physics Laboratory (PPPL) is noted for its progress towards achieving breakeven energy output in fusion experiments.

PREREQUISITES
  • Understanding of nuclear fusion principles
  • Knowledge of plasma physics and containment methods
  • Familiarity with energy output and input ratios in experimental physics
  • Awareness of current research institutions like Princeton Plasma Physics Laboratory
NEXT STEPS
  • Research advancements in plasma containment techniques
  • Study the latest findings from Princeton Plasma Physics Laboratory
  • Explore the implications of achieving breakeven in fusion energy
  • Investigate alternative energy generation methods alongside solar energy
USEFUL FOR

Researchers, energy policy makers, and anyone interested in the future of sustainable energy solutions, particularly in the field of nuclear fusion and solar energy technologies.

ccl4
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hi,

the way that sun generates energy is really impressive.
as human we are trying to simulate the similar process, however there are two vital problems we have to overcome:
1: the necessary temperature for fussion: about 40,000,000 k!
2: the containment of the plasma.what do you think, could this kind of energy generation become a concequent alternative supply for the future?

does anyone has to do with such researchs?
 
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I think it most certainly could and quite probably will become our main source of energy in the future.

As you may already know, the two probalems you pointed out are interdepandant; if we can solve one, we will solve both. It is by containing and constricting a flow of plasma that we generate thermal energy within that plasma (in a "pinched plasma" reaction, that is). If the plasma can be contained effectively enough, the temperature will be sufficient.

My bet is on Princeton;

http://www.pppl.gov/

I believe thay have already achieved breakeven (or approximate breakeven, depending on your margins), and wtih every new experiment their ratio of energy output to input increases by multiples.
 

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