https://doi.org/10.1016/j.joule.2024.09.011

And note that by exploiting winter time solar yield and the grow houses with such technology not using sunlight directly and thus allowing easy and efficient thermal insulation, production could run year-round just with the amount of grow houses "online" varying with the average solar yield. Also gives convenient off-times (if they rotate which building runs through the winter) for maintenance.

And eating less meat or at least feeding the meat animals efficiently produced (but not as "tasty/varied/textured") plant/algae(/possibly-microbiological with bacteria or yeast) feed instead of things like Alfalfa that are very resource intensive to farm, would also help a lot with these issues.

Probably we should get back to doing grain bunkers as strategic reserves, though, lasting long enough to realize the problem, slaughter 80% of livestock, and plant low-failure-risk human suitable food crops on farmland that previously had feed crops for those no longer living 80% and land that had things like corn dedicated for ethanol that's then added to gasoline. Ideally ofc. we'd not need to cull as much life stock and could instead just slightly reduce new breeding and switch those corn fields to human food.

Speakers don't; a "good" speaker setup with eyes closed and no wind/perceptible airflow and no smell and truthful thermal radiation surroundings is effectively indistinguishable from the real place.

Like, literally.

It's not _possible_ with earphones because you can't not feel their presence without being numb on a good bit of your head.

That said, in theory at the level you're asking for it'd be acceptable to run the system as a single frequency network by using the AP locations as remote radio heads and just not telling the handhelds that there are multiple APs in listening range.

I'd probably aim for using the wifi support mechanisms to dynamically fake nearby APs as "mimo antennas" from the POV of the handheld, but not doing so would also suffice, just transmitting from the one AP that's nearest to the specific handheld/client would already basically do the trick and could probably run with hacked firmware on commodity AP hardware basically turning the entire setup into a soft-MAC with that very software juggling the army of radios.

The setup btw. would not have the clients aware they're dealing with more than one radio on the other side.

You could be forced to ask/ping the client from multiple APs one after another if you've not heard from it in a while and it moved, but otherwise, you just rely on hearing it from multiple APs and tracking it so you don't have to make APs across the facility speak up and risk interrupting other clients that try to get a word in.

Oh, and ban by building ordinance usage of any other Wi-Fi on the channel your doing this on, or that's gonna eventually get you problems with congestion.

Note that the absence of nitrogen otherwise plentiful in combustion air eliminates NOX formation.

What they do for the oxygen production is they condense air and then distill it; IIRC it's mainly done for steel production where they use it to burn off carbon dissolved in molten iron. It's side product liquid nitrogen and argon are primarily produced from this but are mostly considered side-products of the "oxygen refining".

Edit: I've captured and extracted-to-textured-mesh Mirker Bahnhof before it got covered by the scaffolding; if you're going to do another recording I'd highly recommend you include an IMU recording and ideally (though much less critically) a GNSS raw measurements recording that includes carrier phase. I've got a recorder for the latter that exposes a simple USB-serial port that should work great unless the GTW15 windows are EMI-shielding (but iirc they aren't).

They then do all-pairs precomputing between the border nodes and connections within the zone; then use this to cheaply handle the long-distance travel, while only needing to do full non-precomputable pathing locally within the start and the end zone (and ofc jumping across the contractions on the way between the border of the start zone and the border of the destination zone).

Also different tokens for the same named entity/concept if they almost entirely exclusively occur in non-overlapping contexts, and are themselves rare/uncommon in the first place, will result in behavior that's similar to the speech/phrasing/vocabulary registers humans exhibit, where the aspects of the named entity/concept get largely compartmentalized.

The most severe case along these lines were the old BERT models that ran over straight UTF-8 bytes (plus a handful special tokens).

But for the modern post-GPT2 LLMs such radical simplicity seems to mostly not be considered suitable. Note that CJK (the big one in particular, so Chinese semantic and Japanese Kanji) encodes each one into multiple UTF-8 bytes giving some automatic scaling for semantically dense languages; similar effects also apply to e.g. APL code.

In fact, I'd expect you to need a seizure-warrant/distinctly-named-but-to-the-layperson-identical-court-order for my place as, among other things, I don't think I am in a position to legally have standing to challenge an order that's not mentioning me, and lack of me being an active flight risk would probably preclude you from arguing exigent circumstances to secure the dev kit without a judge ordering me to let you.

TL;DR: "complying" with a court order that's filed against a 3rd party is, IMO/AFAIK, a voluntary act, specifically because the party not mentioned in the court order AFAIK has no legal standing to challenge that very order of in court. _Precisely_ because they're not legally mandated to comply, at least not beyond perhaps taking a precautionary legal hold on the referenced information to not get accused of aiding in destruction of data in case the court-ordered party directs the non-mentioned party to delete through the regular customer relationship channels (API? Whatever else?).

Fixing hole in tooth is far cheaper than replacing a full tooth, for example.

That's countable you just go in a spiral.

Make it work with the recording capabilities of a good modern phone and handle the compute in non-real-time.

Or, if that's too much effort for them, use e.g. LiBr or other such atmospherically-stable salt that can maintain humdity equilibrium with dry ambient air.

The reason for even involving a water-based solution at all is because you can spray it or at least run it over dense corrugation (sheets alternating orientation, but overall with the channels roughly pointed upwards) "packed beds" with free contact between the coolant and the air, instead of having to maintain a barrier layer between the two (typical car/computer radiators, but also AC coils), which notably saves you from even a potential for a there-required barrier layer to leak and from having to clean such a barrier layer. If you make the corrugations large enough and have some simple mesh filters in the intake path that you just roughly shake/rinse/blow/brush off every once in a while, you can prevent particles larger than a rice grain from getting to the coolant in the first place and wash/rinse all the sand grain and smaller dust particles down into the coolant sump where their densities are far better matched (than air vs. dust) and volume flow is much easier to handle/filter.

The big part of these is still that they don't require active fan ventilation to cool radiators, which would be a substantial increase in critical electrical power needed after a SCRAM to keep the core from melting down; vs. the passive evaporative cooling towers and the KOH/LiBr non-humidifying variant I mentioned.