skysight-inc/HackerNews huggingface dataset:
I wonder how much reaction mass we’d need every year to keep something stationed at a Lagrange point to block 1% of earth’s light, for combatting global warming. 1% of earth’s light would be a heck of a solar sail.

Looks like 1% would be 13.3 watts per meter, cross section of earth yields ~5.4x10^14 watts. Assuming perfect reflective, multiplying by 2/c gives 3.6x10^6 N. So like half of the thrust of one of Saturn V’s engines? So… a lot of reaction mass, or some really powerful ion engines and a ton of power. So maybe not the most practical idea.
Yeah, desalination is perfectly aligned with solar energy availability both on a daily and annual cycle: More water needs during the day, more sun during the day. More water needs during the summer, more sun during the summer.
Also in the .NET world, Maui Blazor Hybrid is interesting. Uses HTML and the platform-native web renderer for the front end, and compiles to native code (not WASM)--i.e. clicking a button on your HTML invokes native code. Depending on your front end library, the app will look and feel more or less like a native app or web app.

An older article but puts it in context with Electron and how they differ https://www.codemag.com/Article/2111092/Blazor-Hybrid-Web-Ap...
For anyone else like me who hasn't read Kurt Vonnegut, but does know about different ice states (e.g. Ice IX):

"Ice Nine" is a fictional assassination device that makes you turn into ice after consuming ice (?) https://en.m.wikipedia.org/wiki/Ice-nine

"Ice IX" (ice nine) is Ice III at a low enough temperature and high enough pressure to be proton-ordered https://en.m.wikipedia.org/wiki/Phases_of_ice#Known_phases

So here, Sam Altman is stating a death threat.
Why would you need buyers if AI can create anything you desire?