AFAIK passenger trains have priority. But they have a lot of single rail infrastructre and freight games the system with trains that are too long for passing sidings, so the passenger trains have to wait.

This looks better than real life.

If I’m thinking about it correctly then either the standing wave is intentional or the oven is designed badly. You know the wavelength so you can make sure the oven is not an integer multiple of it and the hot spots move around on their own, no fancy frequency shifting required.

Not even proprietary, just niche things. In other words anything that’s rarely used in open source code, because there’s nothing to train the models on.

They all appear to be cloud storage. Vercel is a platform to host applications.

Do any of these even do what Vercel does?

Can I uninvite myself?

Elite Extreme

Sounds like it focuses more on shiny RGB than performance.

Poke it.

It’ll be less of an echo chamber that way.

It’ll be defederated and just create new echo chambers.

Phablets were in the 5-7" range, everything above that was definitely a tablet.

Phones with large screens used to be called phablets, nobody calls them that anymore because they’re all phablets now.

Sounds plausible, TNG, DS9 and VOY each had around 170 episodes, that’s already around 510 episodes. I checked the actual numbers and if you consider Short Treks as actual episodes then it’s indeed exactly 950.

All these Wifi for tracking people methods use the channel state information (CSI) that is used to help decode the transmitted data. CSI is obtained from pilot signals that are transmitted as part of a regular transmission. This is done in basically all digital communication standards, so you could do this not just with Wifi but also with 4G or 5G or older mobile communication standards. This is all not very surprising, there is a lot of research in contactless radio based heart rate monitoring, they usually build on radar systems not communication systems though. The buzzword for 6G for all this is joint communication and sensing.

Due to the higher propagation speed and therefore lower latency these are more interesting for anything really long distance. Same for attenuation, with less attenuation you need fewer amplifiers along long transmission lines. For last-mile deployment both don’t make much of a difference, so bend radius isn’t really that critical.

It’s not actually that novel, for RF applications hollow waveguides have been in use for ages, so doing that for the visible spectrum to get similar benefits is worth exploring.

Ah yes, that’s why in the rest of the world that didn’t do racially segregated bathrooms there are only unisex bathrooms.

It only has to be compatible with Mastodon, not necessarily be an actual Mastodon instance, see Meta’s threads.net.

You have to pay google to use it (only works on pixel phones afaik).

I’ll do them later.