a real life example? you mean like a photo of a person next to a router?

“Your password doesnt meet the required 64 bits of entropy”

they never specified it to be scientific or rigorous.

This could have been amazing if integrated into a district heating network.

this sends a clear message though. No the old “just hook them, then we have guaranteed income forever” isn’t actually working. That’s great.

Should have accompanied the jokes with treats

but only if the platform is sufficiently large

hm, that sounds sensible actually

*spiderman

Have they solved the huge unsolved problem no one else has solved

yeah, no.

…no?

That’s a normal distribution. The average is right in the middle, at the peak. Being in the “top 65%” means 35% of people have a lower score.

couldn’t be clearer.

on the bright side, even if this were a really good test, 94 is probably within margin of error from true average.

I’m pretty happy with my samsung. No really, hear me out, if power cuts out, when it resumes, the tv auto starts on the same input.

I have it connected to a pc, and use a smart plug for turning on and off. Haven’t seen a trace of the smarts for years :D

I hear he was a pretty good speaker 🫣

geologists could also tell you where the best rocks are.

FTFY

the locks are quite basic though, literally pickable with a hair pin

Why? It IS about my aesthetic preferences :)

I like when everywhere in a place is different and memorable.

If you like samey grids I have no reason not to respect that, but I wholeheartedly disagree.

so fucking much better!

If we put it like that, every other energy source on earth begins that way and adds at least one conversion step.

… except for fusion of course.

Solar cells, technically.

boiling water systems have a thermal efficiency of ~40% Solar cells are closer to 45% efficient

This is just plain false.

There is no theoretical size limit to unobserved quantum systems, although it is practically hard to achieve large ones.

the largest ones we’ve managed are over 100 atoms. https://www.livescience.com/19268-quantum-double-slit-experiment-largest-molecules.html