Pelicanen

DC actually has a higher “let go” threshold than AC does so you’d likely be more okay from a slightly higher voltage DC shock than a lower voltage AC shock.

I’d just like to note that a lot of storage technologies that are currently in the pilot project stage are based on using components with existing supply lines to minimize the time and effort needed to scale up production.

What do you mean AC “lets you go”? AC causes muscle contractions which keep you from, for example, letting go of a live wire.

Not sure if you’re joking but

Both Toyota and Samsung have vowed to begin mass solid-state battery production in 2027, and Toyota, too, advised that it will be installing them in premium electric cars under the Lexus brand first.

From the article.

I think the idea is that the play order for the entire playlist is shuffled on each loop, so you play all songs in one order, then it shuffles, and you play all songs again but in a different order.

Yeah, a lot of editors throw warnings for using the equals operator with floats by default, as far as I know it’s considered bad practice to do it that way.

Well, the ship was towed outside of the environment.

At least Spotify and Apple Music don’t

Spotify does have an application for Linux, if you’re gonna harp on about facts you should at least stick to them.

I think the exact opposite, ML is good for automating away the trivial, repetitive tasks that take time away from development but they have a harder time with making a coherent, maintainable architecture of interconnected modules.

It is also good for data analysis, for example when the dynamics of a system are complex but you have a lot of data. In that context, the algorithm doesn’t have to infer a model that matches reality completely, just one that is close enough for the region of interest.

What? What are you talking about? I’m confused, are you having an episode?

I’m confused, did I miss someone mentioning staying in the left lane on the highway?

Did anyone mention driving in the wrong lane?

Problem is when you get passed because other people aren’t driving legally. Even if it’s the flow of traffic, you’re still technically not allowed to break the law.

Since it’s solid hydrogen I think it’s to be expected, however I didn’t see any information regarding energy losses which I imagine would be quite high when you have those kinds of cooling requirements.

According to their site:

A storage system of 3 m3 can store up to 10,000 kWh of energy

So about 3.33 MWh per cubic meter, 3.33 kWh per liter, or 3.33 Wh per cubic centimeter.

Out of curiosity, what are you’re thoughts on the below scenarios:

• attempted robbery If you go to a bank and attempt to steal money, but you were unsuccessful in doing so, there wouldn’t be any loss, but you’d still go to jail and it’s widely accepted as wrong.
• getting a service, e.g going to the barbers and running out of the store before paying There wouldn’t be a loss again

Those aren’t really good equivalents since in the first example, you’re trying to take something away from someone but you fail. The law is not concerned with your skill, just your intent. Attempted murder is illegal even if the victim is still alive.

In the second example, there is absolutely a loss. The barber would have spent time and used resources in order to provide you with that service that they wouldn’t get compensated for. Your involvement directly costs them money and time, unlike with piracy where even a billion people pirating won’t cost the developer any more money than if those people just never played it to begin with.

That’s… the both sides argument.

Oh, is this the fabled “bOtH sIdEs” argument?

I have not seen the other videos you’re talking about but this one pretty clearly showed both consumers and companies why LTT should be treated with caution and skepticism. I’d say that that’s relevant information beyond just “drama”.

How is that about data security/integrity?