Will anyone ever achieve Q>5 in a D-He3 reactor smaller than 1km^3? | Manifold

Will anyone ever achieve Q>5 in a D-He3 reactor smaller than 1km^3?

Plus

22

Ṁ497

4001

56%

chance

1D

1W

1M

ALL

Mixtures with >100ppm tritium don't count. For ICF, the denominator has to be the total wall-plug power, not just the portion of it delivered to the fuel.

This question is managed and resolved by Manifold.

Get

1,000

and

3.00

Sort by:

predictedNO

1km just a nice round number to signify that the outer plasma provides negligible shielding to the inner plasma so you just get destroyed by radiative losses at anything close to the required temperatures.

Related questions

Will Helion achieve Q>1 deuterium-tritium fusion before 2025?

Will Helion achieve breakeven deuterium-helium-3 fusion before 2026?

Will the first commercial fusion reactor be D-He3?

Will any fusion reactor project demonstrate engineering breakeven before the end of 2040?

Will a Small Modular Reactor (SMR) enter commercial operation in the US before 2030?

Will we have a functioning, energy-producing, nuclear fusion reactor by 2033?

Will the first commercial fusion reactor be D-T?

Will a nuclear fusion reaction be maintained continuously for >24hrs before the end of 2030?

What will be the next fusion project to reach Q=1 scientific breakeven?

Will there be subcritical accelerator-driven fission plants by 2050?

Related questions

Will Helion achieve Q>1 deuterium-tritium fusion before 2025?

Will we have a functioning, energy-producing, nuclear fusion reactor by 2033?

Will Helion achieve breakeven deuterium-helium-3 fusion before 2026?

Will the first commercial fusion reactor be D-T?

Will the first commercial fusion reactor be D-He3?

Will a nuclear fusion reaction be maintained continuously for >24hrs before the end of 2030?

Will any fusion reactor project demonstrate engineering breakeven before the end of 2040?

What will be the next fusion project to reach Q=1 scientific breakeven?

Will a Small Modular Reactor (SMR) enter commercial operation in the US before 2030?

Will there be subcritical accelerator-driven fission plants by 2050?

© Manifold Markets, Inc.•Terms + Mana-only Terms•Privacy•Rules