The peace price is different, and it's been a bit of a hit and miss at least since Kissinger got it.
And the economics prize, though it's not officially really a Nobel prize.
But the core science prizes, AFAICT, are pretty spot on. Of course there are always many worthy contenders of a prize and one can quibble should this or that person really deserve to get it instead of another person, but I haven't heard of any outright frauds or some trivial advancement getting the prize.
For example the recent nobel prize for Chemistry being awarded to David Baker, Dennis Hassabis and John Jumper.
Why the hell is David Baker on that list? He was just the head of a very big lab that was working in the traditional way using largely physics based approaches, making incremental progress.
AlphaFold blew that whole approach out of the water.
They cite the design of Top7 back in 2003 - it's not at the level of impact as Alphafold.
The impact of Alphafold is obvious to all - the importance of the 2003 Baker paper doesn't stand out to me from 1000's of other possible candidates - that's where self-promotion, visibility and politics plays a part.
The 2003 Baker paper has 2249 citations over 22 years. The 2021 AlphaFold paper has had 43876 citations in 4 years..........
So yeah, Denmark and particularly Norway are a bit richer than the others, but the others are in the same ballpark.
If I had to bring up some particular reason, gas grids are more or less non-existent in the Nordics, and electricity is cheaper than in central Europe or UK.
Looks like the expansion to 300 MW will have Stockholm beat soon if it hasn't already happened! Or is that in a different plant? Wasn't entirely clear to me, but great progress nonetheless!
My understanding is that at the moment there's no expansion happening at the Katri Vala plant (the 160MW mentioned in the link above), the 300 MW is the total heat pump capacity spread out over half a dozen locations.
Air-source heat pumps are also somewhat common in retrofits where the remaining expected lifetime of the building isn't big enough to be worth spending some 20-30k€ (?) that installing a ground source heat pump costs. A significant part of the cost being drilling the hole.
Similarly for small houses the cost of the hole drilling might not be worth the reduction in electricity consumption.
Yes! Make something built on top of binder, and use something with orders of magnitude more users and developer resources behind it..
> hardened stuff that already exist.
To make it even more hardened(?), Google recently contributed and got merged a Rust implementation of binder for the Linux kernel (and they're apparently planning to eventually remove the old C implementation).
I believe Google has developed a Rust implementation of the binder driver which was recently merged, and they are apparently planning to remove the original C implementation. Considering binder is essential for Android that would be a major step too.
> Electrification of the economy, which is a thing that at least the US is way behind on, is going to be a massive driver of electricity demand across the world. And a lot of countries are going to benefit from cost savings there. Not having to import expensive oil and gas in favor of cheaply produced solar/wind energy is going to wipe out quite a few billions from the trade balance of countries across the world. China is leading by example here. Their diesel imports are declining sharply already. Investments in renewables are rising accordingly. This is not driven by green washing but by raw economics.
> Whether the US will be able to adapt to other countries doing things cheaper and better than them remains to be seen.
The US (or at least, fossil fuel interests in the US which seem to have a lot of influence over the current administration) seem determined to become an "energy superpower" by exporting oil and gas. In particular, seems they'd very much like Europe to switch from Russian gas to US LNG. We'll see how that goes. Personally, I find it hard to see how LNG from the other side of the world will remain competitive with ever-reducing costs of solar, wind, and batteries.
And the economics prize, though it's not officially really a Nobel prize.
But the core science prizes, AFAICT, are pretty spot on. Of course there are always many worthy contenders of a prize and one can quibble should this or that person really deserve to get it instead of another person, but I haven't heard of any outright frauds or some trivial advancement getting the prize.
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