The possible solution to all our energy problems.
https://www.bbc.co.uk/news/science-environment-63950962
https://www.bbc.co.uk/news/science-environment-63950962
debunked. it took 400MJ to produce 2.5MJThe possible solution to all our energy problems.
https://www.bbc.co.uk/news/science-environment-63950962
That can’t be true. The BBC say it is real.debunked. it took 400MJ to produce 2.5MJ
At least we know we know we don’t need to save money for the kids now. We can just go ahead and blow all our money on beer and football.Apparently it's decades away from being something we can use. Decades, and that's from the scientists themselves.
It's a funding drive, "look what we've been able to do, ignore the man behind the curtain and give us more money".I think it used more energy than it produced was something to do with the fact they had to power up a laser for a one off experiment. I believe that the idea that it gave off more energy than it used was based on the fact that once the laser is powered up it can repeat the process many times using far less energy. Anyway I am sure someone who is much more intelligent than me knows more about it.
It's a funding drive, "look what we've been able to do, ignore the man behind the curtain and give us more money".
nah, I just understand a bit of the science and the 'financial logic' of salesmen.Someone’s bitter his grant application got turned down…
Just listening to a seminar at the moment where they have said that this breakthrough is 40years too late. We now have the technology to produce low carbon energy (solar, wind etc) and we are scaling it up dramatically.I’m pretty pissed off now
I was looking forward to driving my nuclear powered car before I die![]()
There must be an easier way.
Can you not get nuclear fusion just by rubbing 2 Mackems together?
Plenty on this site then.You're thinking of fission - that's the one where you need the really dense elements to get the reaction going.

You're thinking of fission - that's the one where you need the really dense elements to get the reaction going.