Internship started as this thing: https://youtu.be/hq03MsP1MPI?si=lVpDMLqRN4nfwMiA really great experience.
Internship started as this thing: https://youtu.be/hq03MsP1MPI?si=lVpDMLqRN4nfwMiA really great experience.
There are a lot of brilliant people there both in terms of science and project management. However, the best person I knew got driven out. But I think also a lot of nepotism and a security clearance culture that filters out really interesting people and leaves behind the dangerously milquetoast.
Totally orthogonal, but you just reminded me of a pet peeve I have.
This word is correct, but I can't stand it.
I wish we spelled this "specked", even though that has a homonym.
Like trafficked, panicked, frolicking, etc.
"specced" makes my brain wince.
Those aren't truncations of longer words though?
I'd write it as spec'ed but that's German grammar with ' as a truncation mark (signifying the omitted "ifi").
Which is to say, lies.
My first take is that I'm not surprised from a fermi problem standpoint that you can destroy two computers made from small parts smashed by radiation with a similar dose. But maybe that intuition is wrong because your brain could survive losing a few neurons but a microchip could be 0% functional after losing one transistor. My rule of thumb is about right for conventional chips but you can certainly get rad-hard chips that hold up better:
https://en.wikipedia.org/wiki/Radiation_hardening
Space is a big market for that sort of thing.
Mostly it's about penetration.
Any radiation that can get through your skin can do damage. Once that happens, the question is then how much flux is there doing damage.
Why they were useless is interesting in itself. It turned out that controlling robots, when all you have is a bad TV camera, is hard. And robots also tend to get stuck on things.
As a result, the "Joker" robot that was helping to clear the roof got its tracks wedged on a firefighters water pipe.