KeplerBoy

The city burns quite a bit of fossil fuel for heating and transportation every day though. That certainly has effects on microclimates (think vents from the tube, which is getting ever hotter).

To be fair there's nothing else left under this sun.

Sir, this is a multi-billion dollar operation. There have to be some incentives.

is that renderer open source?

It's not that simple. Yes, newer standards push for higher frequencies to get more bandwidth, but 5G for example also uses the old sub GHz bands with excellent range and penetration.

They turn it into sugar, what's not to love?

Sure, I didn't imagine a utopia of joyful people talking to strangers. That's not what public transport ever looked like, but I do miss the times of a bit more diversity in how people spend their during the commute. Newspapers, books, handheld game consoles (which don't constantly shove ads in front of their users).

Getting a tiny phone not meant for media consumption is probably the closest you can achieve. You are not going to waste a lot of time watching youtube on a 3" screen, because that's just no fun.

The "jelly star" phone looks kind of fun. I just sat in a busy tram and wondered what the scene would look like if we all had phones like that. It's an innteresting thought experiment.

It's like people who say "it sure is strange that we had a 'once-in-a-century flood' two years in a row": that's not how odds/probabilities work.

That usually refers to climate change and the fact that the odds have changed against our favor.

Isn't the RTX Spark from every OEM just nvidia throwing a bone to their decade long partners after nvidia crashed the regular PC market?

That doesn't sound like something one would want to do in cooperation with the entire rest of the world.

You can be a PI without having a PhD?

It's not legal just because the copyright owner doesn't immediately sue you.

You don't need a whole lot of software support if you just want to serve a single family of LLMs.

Still competition for cerebras. Seems quite unlikely they will get an OpenAI deal anytime soon.

Also there's some much boilerplate around everything. Writing a testbench with codex is extremely feasible. This is the kind of verifiable feedback loop the agents shine at.

Sure beats flexy dragons, so I'm all for it.

How much are the prints approximately? Can't see a price anywhere.

Wow, this is so much worse than i thought.

Of course there is a house. You have a spread and probably a ton of other not so obvious fees. The house always wins by design, especially on polymarket.

If they won't, some consultant with a subscription eventually will.

Having the route in your fov without taking the eyes off the road seems like a win. But we all know it would end up with people watching tiktok instead.

Well the helmet is also a consumable (you should swap them every few years and of course after every crash). But having the visor integrated in the visor is awkward.

Kind of surprising this stuff still is little more than a concept. 12 years after google launched and scrapped it's glasses there are still no well established alternatives for cycling, which is such an obvious market. Everyone is wearing glasses, everyone has a computer mounted to their handlebar, let's integrate them together already.

I know quite lot of people who could fork vs code and write a passable agent harness. I don't know one single person who could build a humanoid robot and I majored in mechatronjcs.

Full seats don't mean much revenue in the cities I frequent. In Vienna for example the ticket for the whole year was 365€ until very recently. Now I live in a smaller city where it's 280€ per year for residents.

I love it and I am perfectly happy with my taxes subsidizing this for others but there's no way they're making money off this.

Yes and they do in many jurisdictations. In Austria gas tax is used for road maintenance, on top of that there are tolls for highways.

Public transport is not sustainable from ticket prices alone anywhere in Europe.

That's likely the datarate of the ADC chips. You would downsample them directly on the FPGA board and maybe perform an FFT or similar transform. 16 TB/s across a few dozen FPGA boards is nothing crazy. After some early stages in the signal processing you might transfer 1 or 2 TB/s over ethernet to the servers. Entirely feasible considering we have 800 gigabit/s ethernet.

There's no way you could feel even a millisecond in latency difference and that would be a lot.