For formula one races they weld them down to stop the cars incredible downforce from sucking them up into the air. Even then they sometimes get torn up and thrown around.
Very important to take them seriously.
For formula one races they weld them down to stop the cars incredible downforce from sucking them up into the air. Even then they sometimes get torn up and thrown around.
Very important to take them seriously.
I have become comfortably numb
Is there mathematical proof for this? It sounds like it could be true, but also sounds like you could actively create a floor which it wasn’t true for
Pretty sure that’s not how captures work. You don’t fail them, you add to the training set. You’re against the masses as to whether they considered it a traffic light when they were shown it.
Sounds quite zen. Might be nice
Rtf is far more lightweight than docx. It’s closer to markdown.
That is just commercial electricity use. The issue is about what to do with spare power which appears sporadically, without warning. It wouldn’t be efficient or really possible to run a server farm which only switches on when power is cheap, the main power draw is cooling which is required 24/7.
I meant easier in terms of infrastructure already existing. Things like vehicle-to-grid, and Tesla Powerwalls are already on the market, so with the right incentives the power storage in the grid can scale with the speed renewables are scaling up.
It won’t be exactly inline, which is why windfarms are built with the ability to switch off if the grid rejects the power they’re creating, but it’s a start.
I agree with you about the failures in power delivery infrastructure. The UK is very slow to connect up new wind and solar farms because the grid cannot scale up fast enough. New wind farms sit idle for months before they’re connected to the grid, which is pretty crappy. Needs more focus and investment, maybe even marketplace competition to get things going, if we’re looking for capitalist solutions to things.
Right, this is essentially another form of battery. Maybe it’ll work out. It doesn’t require flooding an entire river valley somewhere, so that’s nice.
If you’re going to create infrastructure to use the extra power, you may as well do useful work with it.
Aluminium smelting is about the most energy intensive thing we do, so better electricity management around that would be far more useful to far more people than creating digital assets for board members to get excited about. Just as an example.
Realistically the easiest way to use cheap/free electricity is to charge electric cars with it. Then we have energy storage and offset power usage later on when electricity is more expensive. There are plenty of ways to continue to make money off that process even if the electricity itself costs very little.
Wasting energy isn’t the same as investing
You think other countries don’t have protests?
Medication
One man controlling access to a sizable percentage of the world’s internet access doesn’t solve much.
TopSixHour
Jsonb in postgres is fine, I’ve been using it for years. Much better than letting mongodb anywhere near the stack.
In the shape of a kitten
I love how arbitrary, cultural and opinionated that must be to work with. You’d learn something about the implimenter of the compiler by using it for a while.
https://en.m.wikipedia.org/wiki/Frets_on_Fire
It’s been available since 2006, works very well