Well yeah, obviously the roads. The roads go without saying, don’t they?

Yeah! What have the romans ever done for us?!

I’m curious how you’d phrase it, there is a law in Ukraine and it is widely reported to apply to “men aged 18 to 60”. What phrasing would more accurately depict the current situation without having the problems you list? If you meant instead that the law itself is problematic, then I can understand that, it’s received some criticism for that side of things.

Yeah, the switch has an entire core locked off and everything is downclocked to improve battery life and control temperatures. No doubt this emulation gives everything more clock cycles (and perhaps an extra core?). Probably very short on battery and possibly very hot too.

Tldr: in this “revolution” we get to play the part of the horses from the Industrial Revolution.

The last revolution made more and better jobs for horses at the start. Then it made less and zero jobs for horses. This one could be the same for humans.

Ok, apart from human rights, workers rights, rebalancing funds to poorer regions, free trade, free movement, a voice at the table, straight bananas, peace in Europe, and endless examples of consumer rights, what has the EU done for us?!

Same could have been said about electricity not that long ago. Now that renewables are building steam the switch to electricity is revealed as perfectly logical, why not the same for hydrogen?

Hydrogen is a harder sell, thanks to the poorer density, cost of storage, and the poor efficiency of production. But given the variable production of renewables all but guarantees we’ll end up with vast amounts of excess power we can’t store, we will need a fuel we can make from electricity that we can use, and hydrogen is one of the contenders for that task. Whether it’ll be the winner is more doubtful, but something will be, we certainly will never build enough batteries to avoid giving away cheap power for things like this, and there are still things that benefit from higher density fuels that aren’t going away (planes). Accusing people of being “worse than deniers” just because they’re looking a little into the future and betting on something that might turn out to be Betamax is a little presumptuous.

Hydrogen today is a fossil fuel. But hydrogen has a very obvious method of green production, the only problem is cost of power to produce it (thus why it’s all fossil fuels right now) but the inevitability of variable power sources like solar and wind in the future guarantees excesses of cheap power, so cost of power today is not going to be the same barrier tomorrow that it is today.

As for the fossil fuel industries plan to use hydrogen to maintain business as usual in a post fossil fuels era, I really don’t care if they manage to use their machines as long as they stop using fossil fuels, so that’s fine with me.

Edit: to be clear, I’m not supporting a hydrogen based economy, since that makes no sense, hydrogen is a storage medium for energy, not a production source. There have been people pushing it as a magical solution to all things, that is stupid. As a small piece of the puzzle it could fit, if we don’t find a better chemistry for high density storage of energy with simple conversion from electricity, which is as yet an unsolved problem.

Militaries are typically tasked with protecting more than themselves. If someone invaded Britain then the military wouldn’t have to wait until the invaders had shot a soldier to start defending the country.

A better question is whether they are attacking US and UK citizens/ equipment.

Yes, especially right now. To be fair that’s mostly because solar is doing great as far as scale goes right now. Nuclear has near zero scale and lost all experience, so it’s more expensive than ever.

Yes, but also literally every industry starts that way. Start small and scale up. Nuclear’s special because we did it once and then almost completely stopped building them globally for so long that the capability faded away.

The tech shifted in the meantime, so even the knowledge that was preserved is for designs we wouldn’t want to build today.

It’s a weird situation.

Yup, it’s hard to predict what the mix will look like, but 100% solar would be a very costly solution for sure.

I used to be very pro nuclear, and I still think it could have been a big piece of the puzzle, but I do worry we’ve missed the boat, it could’ve been the first wave of decarbonisation 20 (or more) years ago, I’m not sure how well it can compete growing from almost nothing now with the renewables eating all the easy money. nuclear plants need to run 100% to be successful, and renewables have dropped a bomb on the concept of baseline demand. Maybe as we kill gas we’ll have to start giving massive bonuses to on demand power that isn’t pumping co2, but the absolute lid on that market is the price of storage, which is high enough now, but will drop, it’s unclear how long the gap for nuclear will exist there.

Certainly willing to be wrong though, there’s lots of unknowns with nuclear, quite possibly it could be multiple times cheaper if only we’d invest into it properly.

Yeah, one justification I’d heard was that it was a cheap and low risk way to revive the industry enough for bigger projects, but I’m not sure that’s particularly compelling.

I’m certainly not arguing nuclear is a panacea that everyone in all the governments have somehow missed (even ignoring the risks mentioned its only a potential fit for a small subset of the grid these days, there’s no way building a 100% nuclear grid would make sense today).

The point I’m making is that currently there are energy production needs we effectively can’t fulfil with renewables because the costs would be impractical (eg the last 10% of usage on dark windless nights at the wrong time of year). Some cases do fit nuclear better currently (not all, nuclear usually wants constant usage, can’t help with surges).

Nobody really cares about that though for 2 reasons: 1. There’s plenty of opportunities that renewables still can fill and 2. The cost of storage is projected to drop a lot over time, which should fill in the gaps and squeeze out many of the last opportunities for nuclear.

Quite possibly by the end the remaining slice where nuclear could fit will be so thin it can’t actually sustain an industry (and given the industry has been half dead for decades, it’d take a big win to justify reviving it), so yeah, at the moment it looks like lots of risks and questionable rewards. Nonetheless the current prices aren’t really the problem, it’s just that things are risky, and projected to get worse over time, so why invest?

Ironically it’s not that different to the fossil fuel industry, just with a lot less existing infrastructure.

If it was a matter of half the price then nuclear would be the clear winner. Paying double to get stable power rather than variable power is currently a clear win.

Nuclear has a lot of baggage on top of being more costly (eg public fears, taking a lot longer to get running, building up big debts before producing anything, and having a higher cost risk due to such limited recent production), if it was just a simple “pay twice the price and you never need to worry about the grid scale storage” then nuclear would be everywhere.

It’s a fair cop

You typed that into social media and posted it, just fyi.

If they can predict earthquakes and eruptions more accurately, as suggested in the article, then yes for all the people who don’t die.

I have made so many mistakes. At least the cats are cute.

The EFF is probably competitive there. But clearly they’re both on the same side of most issues, so not really a competition.

If it’s a hit maybe they’ll come out with a very slightly fancier model with oled later, just like the current switch