See the other comment that I left moments ago. This isn't AI; it's real equipment on public display. I linked other photos of the same thing from different sources.
It's definitely not AI. It's on display as part of the B Reactor tour. You can find other photos of the same display. For example:
https://acesforgottenplaces.wordpress.com/2015/04/14/nuclear-history-exploring-hanfords-b-reactor/ (This is where I got the original photo.)
https://www.reddit.com/r/cableporn/comments/f7lq0w/on_a_trip_to_the_manhattan_project_b_reactor_i/
I ate the onion for a second there.
God damn, we are in the worst timeline.
I try to pick from a variety of sources, but it's tempting to make this community nothing but toolgif reposts for a few weeks. There are so many cool things to share.
Depending on the body of water and the type of fish you are eating, you might need to worry about environmental pollutants. Many jurisdictions publish guidelines about which fish to avoid eating due to accumulated mercury or other chemicals.
It can be a super cheap way to supplement your diet, though. The biggest investment will be your time. Use a second-hand rod or even a cane pole with no reel. For bait, dig up earthworms.
Don't give them ideas.
There's a related morale patch that pretty much sums up human behavior:
Thanks for letting me be one of today's lucky 10,000.
I added "Throw pennies at Drewfus in his own house" to my time travel to-do list.
Stuck on the treadmill of adulthood but determined to have a good time.
KEXP is doing their six-degrees week and I am loving it! Today is the last day, so y'all still have a few hours to listed to the livestream if you like.
Cool video. Doing the double-slit experiment in my freshman physics class is a favorite memory from college. Seeing it in person blew everyone's minds, even the kids who had learned about the experiment before.
If you google "is energy conserved in the double-slit experiment" you'll find some physics forums with decent answers. Basically, the total energy emitted by the light source does not change. Energy is conserved. Don't think of the laser light as a discrete beam that is being split off onto a second path. Instead, imagine that the laser light is constantly shining all over that foil and card. The dark regions appear dark because the light waves there are canceled out by interference from adjacent light waves. Similarly, the red areas are illuminated because in those areas the adjacent waves did not cancel each other out. The bright spots visible on the polarized foil occur because the polarizer block thin regions of the light, preventing them from canceling out adjacent light that wasn't blocked. So light wasn't redirected there, but was always there and was simply made visible to us by the effect of the polarizer.
Light, quantum mechanics, and the probabilistic nature of the universe are all real head trips. I still struggle to wrap my mind around them. As such, there's a good chance my simplistic paragraph above is incorrect or misleading, so take my answer with a grain of salt.