Natural Intelligence has already proposed solutions. The real lie is in expecting us to believe that decision makers would be any more likely to act on the solutions that AI comes up with.

The shape they chose for the frame is a Möbius strip, which has the primary defining characteristic of having only one side and one edge. If you pick a row of keys to follow, after one loop around, you’ll be on the underside of the frame. Continue to go around another full turn and you’ll be right where you started. So both sides are actually just 1 side that loops around with a half turn of twist. A similar math curiosity would be the klein bottle, which has a single surface.

Adam Savage on Tested nerding out about Möbius strips and klein bottles.

It’s one-sided…

That’s $700 for a digital only edition without a disk drive or vertical stand. It’s $810 to match the features of the PS5.0

Well the context was a concern about a defamation suit resulting from this post. If the company never found this post then the anonymity of the poster is irrelevant anyway. The company could easily tell who made this post based on the timing of their already existing email correspondance seeing as this is clearly not a request they receive often.

That’s flawed logic. The company would pretty easily know who has been emailing to request the source code for that specific tool in the timeline just before this post. The lemmy profile may be anonymous, but I doubt OP’s emails were.

No, never. Current charging rates already get close to thermal constraints. Hitting those charging rates either requires accepting much lower power density or using way more metal per cell. This research might inform design changes to improve charging rates, but we’ll never see high capacity batteries charging in a minute.

The researchers know this and only mention wearables and iot devices applications. The article author erroneously makes the leap to high energy density devices.

If you don’t care about energy density at all, ceramic capacitors can already charge and discharge in microseconds.