******* . I knew this was mostly sarcasm with the Natalie Dormer part, then I lowered my guard as he actually got on the temperature of absolute hot. And then that ********
"The Canadians have entered the race to win a multibillion-pound project to build up to six nuclear reactors in Britain, The Times has learnt.
SNC-Lavalin, Canada’s largest engineering group, has teamed up with Japan’s Hitachi to bid for the Horizon joint venture, which owns two vacant reactor sites in Anglesey and Gloucestershire.
E.ON and RWE, the German energy groups, pulled out of the venture in March after politicians in Berlin decided to scrap domestic nuclear power in the wake of last year’s Fukushima nuclear disaster in Japan.
Final bids were due in yesterday and the winner is set to be announced within the next three weeks according to Industry sources.
Hitachi has put forward its Advanced Boiling Water Reactor design which SNC-Lavalin would build and operate on the two sites.
However it faces stiff competition from two Chinese state-backed consortiums Toshiba Westinghouse the..."
Considering that heat is generated by how much atoms vibrate, I figured absolute hot would be at the point where the atoms are vibrating at the speed of light.
Do you think we could vibrate the atoms clean away from their original molecules? Shoot them off and then the object would cool down and reduce slightly in size? I know next to nothing about physics and thermophysics, but is that kind of like radiation?
Please, everyone feel free to correct all of the fifty mistakes I'm sure I made here.
Because the only thing that can move at a higher speed than the speed of light, are tachyons. And the only way to reach the speed of light, is to use infinite energy.