wdym, that’s the point

yes they do, wtf are you talking about https://futurism.com/openai-use-cheating-homework

if that task is offloaded to spicy autocomplete, all and any learning of this skill is avoided, so it’s not mega useful

and stops working when us-east-1 burns down

already happened sorta https://apnews.com/article/chatbot-ai-lawsuit-suicide-teen-artificial-intelligence-9d48adc572100822fdbc3c90d1456bd0

it also requires zero effort on their part

wait, it sounds like you want to use something called four square antenna, but it’s usually only made for HF. you’d have to rework it significantly for microwave region http://tm1o.free.fr/4SQ/80m/en_ver_final4-sq_03_04_15.pdf instead of transformers you’d have to use segments of transmission lines with right impedances and some directional couplers, gives direction immediately, no need to compare phase between different SDRs

Or if you want to get more involved, make a couple of 3el yagis, make a small phased array out of these by plugging them in a directional coupler or 4x4 butler matrix and this will get you two or four receiving directions in a 90 degree segment. If you only want to use that small segment you don’t need a LPDA, regular yagi would be fine

it’s a mining area (underground copper mine is in the same town)

Transformers in antennas are just transformers, but you have to use ceramic cores (ferrites) that would be right for your band. I think that what you might be trying to do would be wideband antenna of some sort, but for UHF which is likely in this case, I’d recommend you some kind of log-periodic antenna instead (it just works, directional) or some kind of spiral antenna (it just works, nondirectional). You can make both of these at home

Show me how do you want to dissipate 10GWt inland without evaporative cooling towers, i’ll wait

Depending on local climate, season and proximity to cities or industrial customers, this is often done, but you’ll still have to dump lots of heat in the summer when space heating is off

straight up not feasible for many serious and necessary facilities like powerplants and refineries, unless you prefer very warm lake or river nearby (which also cools down by evaporation later)

jesse, what the fuck are you talking about. you can’t make efficient antenna for UHF using power transformer toroid

if valley had fresh ideas for profitable business, they wouldn’t go full into ai in the first place. lol

big brained sfba ceos try to make reality in the image of scifi that they misinterpreted when they watched it 15 years ago, and go around building torment nexii. behold, disruption! (snow crash|ready player one|who knows what else)

I think it would be comparable to situation where all mRNA is suddenly unusable, ie protein synthesis can’t run at all. This would be something like ricin or diphteria toxin poisoning, but instead of being limited to gastrointestinal lining it’s spread all over. I’d guess hours to days before anything visible starts happening (symptoms only start to appear when deficit in new protein synthesis becomes noticeable; all protein already made continues to work for sone time)

maybe they haven’t clocked that if machine manufacturer is in uzbekistan and cargo transits russia then it’ll get disappeared in russia and uzbek order was faked

fwiw sanctioned cargo transit through russia/belarus is banned too for exactly this reason

is TRPV3 even involved in any way because last time i’ve checked some of best evidence points in direction of TrkB

with wood, the problem was with lignin which is tightly crosslinked, meaning that it’s insoluble and organism willing to eat it has to secrete some enzymes to break it down in smaller bits that can be absorbed

depending on plastic, this first step might be easier or even happening on its own. there are already bacteria that feed on nylon but nylon starting materials are easier to digest for them

llms allowed them to glide all the way to the point of failure without learning anything