Are you making that argument?
she/her
Are you making that argument?
No, it’s not. There are ways to recycle parts of the fuel rods, true, but not the thousands of tons of contaminated material that inevitably gather during operations and end-of-life of a reactor. You don’t honestly think that the only dangerous waste are spend fuel rods?
And yes, the very problem is that storage needs to take place over geologic timescales. I can’t guarantee that our government will exist 20 years from now, much less 2000. Waste storage so far was managed so corruptly and incompetently that it is already failing after 50 years. Forgive me if I have little faith whenever someone claims that they’ll just dig a hole and forget about it for a few millennia. The waste sites need maintenance, and if that ever ends might poison a region’s ground water in perpetuity.
Where will you put the nuclear waste? Germany doesn’t even have the concept of a plan where to put theirs, they are currently keeping it
a) in a corroding salt mine, that is currently leaking water and will poison the entire area’s ground water within 20 years, so it’ll have to be dug up again, which will cost many billions b) in above ground ‘temporary’ holding facilities c) shipping it off to other countries
None of this is sustainable. Until the waste problem is solved, we shouldn’t even think about building out nuclear.
The thing explodes when it collides with sometime, usually because a circuit gets closed. It seems like it exploded the moment he put it down. A better call would have been too keep it in hand and try to disarm it. Or, you know, surrender as soon as you see a drone coming towards you
Even Belarus is abandoning Putin. Slava Ukraini!
shaking in fear?
People send fucking Word docs‽
For me it’s probably the way I self-host overleaf, a online LaTeX editor. The community version has a docker image that’s horribly maintained (because they want to sell enterprise, I reckon), and instead relies on a horrendous amalgamation of setup scripts that wrap docker compose.
What I have is a Dockerfile that pulls the image, manually installs a second version of TeX with the right dependencies, unlinks the old one and links the second one. Then for the database, it uses Mongo replsets, which be to be manually initialized. So I wrote a health check for the container that checks if the repl set is initialized, and if that fails the health check initializes it.
It’s horrendous, it’s disgusting, and it’s an all-in-one compose file to get overleaf running. Good enough.
Even then, the difference between 20 and 2000 characters is negligible
Glad to see fragging is making a comeback
Too much pillow talk?
…oh, they’re talking about a shirt
I imagine most historical figures will be profoundly disappointed when they learn of modern politics… No god-emperors, no global communism, just a capitalist hellhole full of near-fascist governments. Mussolini might have a field day, but imagine summoning the ghost of Ramesses II or Vladimir Lenin into today’s political landscape
You just discovered the field of calculus! If you look closely enough at any smooth function it looks locally linear, and the slope of that linear function is it’s derivative
Not quite what’s happening here, here the problem is if you consider geodesics on a sphere to be straight. In special geometry they are, for all intents and purposes, but in higher euclidian geometry they form large circles
You are absolutely correct, but to add on to that even more:
When we talk about space, we usually think about 3D euclidean space. That means that straight lines are the shortest way between two points, parallel lines stay the same distance forever, and a whole bunch of other nice features.
Another way of thinking about objects like the earth is to think of them as 2D spherical manifolds. That means we concern ourself only to the surface of the earth, with no concept of going below the surface or flying up into the sky. In S2 (that’s what you call a 2D spherical manifold), and in spherical geometry in general, parallel straight lines will eventually cross, and further on loop back and form a closed loop. Sounds weird, right? Well, we do it all the time. Look at lines of Longitude, for example.
We call the shortest line connecting two points in curved manifolds geodesics, as you said, and for all intents and purposes, they are straight. Remember, there is no concept of leaving the sphere, these two coordinates is all there is.
What one can do, if one wants to, is embed any manifold into a higher-dimensional euclidean one. Geodesics in the embedded manifold are usually not straight in higher-dimensional euclidean space. Geodesics on a sphere, for example, look like great circles in 3D.
You could try emailing the FSF and explaining your situation. They constantly get into legal battles over licencing and care a whole lot about open source. Their opinion is certainly a lot more expert than what any of us can produce :D
That is probably something you should ask a lawyer for, not strangers on the Internet. But I think if you make the case that you already have a lot of the groundwork for the project published under GPL, you can massively reduce effort by using that, but that’ll mean the final project will be GPL licensed as well, most people would agree that’s a reasonable trade off. Just make sure it’s written somewhere, so they can’t pull a fast one on you
Found Harris’ lemmy account