The Tiny Star Explosions Powering Moore's Law
spectrum.ieee.orgIEEE is so cool. They could have went the stuffy way of most organizations like that, but they really try and succeed to make interesting articles. They stayed hip.
Recent Japanese research has focused on reducing the number of mirrors by reshaping them, improving efficiency.
Nice article, although I think this must be a typo: "Despite the fact that a supernova has 1045 times as much energy as our tin blasts, the same math describes the evolution of both types of explosions."
Maybe they meant 10^45 times as much energy?
Was probably written in one system, formatted with the 45 as superscript, then copied into a CMS that converted the superscript back to regular script. Lots of popsci type publications end up having this happen.
Yeah. It's fixed now.
Thank you! It was an excellent read. Had me from start to end.
This is yet another reason I'm promoting the ^45 "magnitude notation"[0].
1045 is a pretty weird multiple. And probably moves us up quite a ways on the Kardashev Scale.
Can we repurpose the ASML machine as fusion drive? Asking for a friend.
Especially when lithography in near future will move from EUV to X-ray, the difference between NIF and ASML would become even smaller (or may be ASML would even use Sandia Z alike).
you may be thinking of this: https://en.wikipedia.org/wiki/Laser_Inertial_Fusion_Energy
Here the machine is using tin, which isn't suitable for fusion (no energy is released beyond iron).
replace tin droplets with DT pellets :)
Not really, the temperature used for EUV or X-ray generation is still several magnitudes away from fusion.
Also, the whole point of EUV/XUV sources is to rapidly and efficiently convert the plasma energy into photon radiation, which is just the opposite of what you want in a fusion plasma.