Of the greatest interest here is the cold fusion reaction itself.
But we can't sustain a fusion reaction for long enough.
As evidence of the fusion reaction, the Stanford scientists looked for heat production.
If this is allowed to happen, the fuel cannot be kept hot enough for the fusion reaction to occur.
No method known to science could cause such a fusion reaction on Jupiter.
The cloud isn't dense enough, of course, for a fusion reaction to take place.
Since they were disturbing the fusion reactions in your Sun, we removed them for you.
"A runaway fusion reaction could not cause this kind of destruction."
This amounts to having a nuclear fusion reaction in a low energy environment, which would go against basic physical laws.
There was no method that could have spread a fusion reaction through space.
The fifth force is created by thermonuclear reactions: generally, that is, in stars.
Matter falling toward a black hole gives off more energy than the same matter would in a thermonuclear reaction.
He then realized that this approach might be useful for starting a thermonuclear reaction.
There was never a case of a ghost that could withstand the temperature of a thermonuclear reaction.
It has been suggested that thermonuclear reactions may be producing greater quantities of certain species.
He explained solar energy by the thermonuclear reactions of hydrogen.
In the second part of his work, he describes how to obtain electricity from a controlled thermonuclear reaction.
So energetic is this imaginary machine that using it would be like harnessing a thermonuclear reaction.
The sun's energy is from contraction; it isn't yet compressed enough at the core to start thermonuclear reactions.
A thermonuclear reaction is the only way I can think of.