Since retiring from LLNL last year, I’ve been occasionally checking the news for progress concerning the NIF effort. I see that there’s recent news about NIF breaking a new energy record and news about the successful development of 2-micron fill tubes (down from 10-micron tubes) to reduce perturbations. But what’s the bottom line? Is there a sense at NIF that there may actually be a realistic possibility of NIF achieving ignition in the foreseeable future?
Since retiring from LLNL last year, I’ve been occasionally checking the news for progress concerning the NIF effort. I see that there’s recent news about NIF breaking a new energy record and news about the successful development of 2-micron fill tubes (down from 10-micron tubes) to reduce perturbations. But what’s the bottom line? Is there a sense at NIF that there may actually be a realistic possibility of NIF achieving ignition in the foreseeable future?
Comments
zero.
However there is still plenty of science to learn.
https://aip.scitation.org/doi/full/10.1063/1.5099934
-Doug
The only people who didn’t like NIF were the old school weapons designers. I was told they were given a come-to-Jesus meeting where they were ordered to support NIF.
"The question is, why is NNSA funding Sandia’s crackpot fusion scheme, MAGLIF?...So far they get negligible yield- 10^12 neutrons..."
Hokum Smokum, BatDude, we got that yield from our puny Dense Plasma Focus using less than one tenth of the input energy. Where is that DOE guy with the checkbook?