After a quick scan, Arcan seems to be pushing a microkernel approach, with some clients providing display server capabilities and others talking to them via shared memory. This will have the same problem as all other microkernels - nice for research, but the extra completely outweights the marginal benefits over a monolithic thing that generally has a smaller API surface to maintain.

But hey, you can probably run automotive UIs with your desktop compositor.

And Gnome devs are just being silly at this point.

Why nuclear blasts - that also introduce lots of particles in atmosphere cause a cooling effect - "nuclear winter"?

Boeing still takes all the blame.

And the function that does this uses the same value for 8 and more cores.

So the performance impact is likely <<1%.

Balancing onewheelers - if the control or power system fails, you immediately go down, hard. And since the cruising position is weight shifted forwards, it's 100% nose dive.

EV chargers have the benefits of being cheap, take little space, and permitting is raesonably simple. Expecting them to be way more widespread than fuel stations ever can be.

Given the skills you could def DIY repair it for cheaper, the high price is likely including uncertainty of what's broken and some form of warranty.

Also negative weights are rare in real life applications. And def not in what you would consider normal path planning.

So top performers will get moving quickly.

What where the causes? How can we prevent this from happening again? What do other high profile perons do to prevent this from happening?

https://en.m.wikipedia.org/wiki/Optical_rotation

It seems the optical rotation happens due to molecular structure of specific materials.

Edit, found this: https://en.wikipedia.org/wiki/Faraday_effect

So a specific material plus magnetic field is needed. But still not sure how strong of a field is sufficient.

Windows 3x/9x with first real multitasking and swap - things got quite sluggish. Early browsers were particularly eager of gulping ram and bringing everything to halt.

Nowdays it feels somewhere in the middle with copious amounts of ram stuff can be fast once up and running, but it seems every app either wants to load from web on every step or tries to index your drive on every keypress.

Anyone has some idea what is this measuring?

Bit accuracy (way too low)? A full disk read 100% error free? The actual accuracy really depends on the quality of the disc, is this measured with a reference disc?

Regular error correction + checksum is a pretty solid implementation of that.