Just was listening about this on all in podcast
It took over 300 mega joules to power the 2 mega joule lasers.
But the 2 became 3... so they call that fusion ignition.
But it took 100X the energy to create the output.
So it's definitely mis represented.
A long road ahead to make fusion a real energy source. However, nothing worth doing is easy.
There is no "breakthrough": NIF fusion power still consumes 130 times more energy than it creates
NIF fusion power still consumes 150 times more energy than it creates. We are decades away from commercial fusion power plants.bigthink.com
Lots of time is being spent on developing more efficient lasers. The drive for inertial confinement fusion has spurred high-power laser research like nothing else. The advances in lasers has been as incredible, and as big a part of, the entire concept.Just was listening about this on all in podcast
It took over 300 mega joules to power the 2 mega joule lasers.
But the 2 became 3... so they call that fusion ignition.
But it took 100X the energy to create the output.
So it's definitely mis represented.
Anyone can be trained. The U.S. Navy, for one, does it every year. Modern designs (like the Thorium Salt type) also limit the dangers involved in mis-handling of fission reactors. It's a good question, but one that can be dealt with.
One would hope they only put the ones who pass in front of the control panels.Go look at the attrition rate of that school. And then the program.