#4 is underrated. I usually do #6 in summer and #4 in winter.

Wishful thinking?

Yep. And I’m sure you know this, but we toppled Iran’s democracy at the behest of British Petroleum (BP) through clandestine action of the CIA.

They used another tactic that I didn’t notice until one of the commenters on the Ars article/forum pointed it out:

Promising good stuff that’s not too close (~5 years) so you’ll remember it and say, “Hey, where’s my <good thing>?!” but not so far away (~25+ years) that you’ll say “That’s way too far you need to fix this shit now.” Apparently it was used in Soviet Bloc countries a lot to keep the population from revolting, and now I’m seeing it everywhere in our society. In this case, the O&G companies said things like, “Sure! We’ll be generating all your fuel with algae in ~15 years and then we’ll never need to drill again!” and “We’re developing amazing carbon capture technology that’s a mere ~15 years away and will repair all the damage we’re not doing!”

Ars Technica might be owned by Conde Nast, but it has a really smart userbase on average, so I tolerate that fact.

Yeah, yeah. I know. It’s just interesting to see yet more evidence they were lying as dishonestly as the tobacco industry. I think this article presents a pretty cohesive timeline of those lies: what they knew and when they knew it.

I think it’s a little of both, but one of my friends left my company producing weird semiconductors to go work at Micron making RAM. They’re definitely ramping up a little, but the equipment and techniques to fab those chips is very specialized. Imagine trying to drill zillions of really tiny, deep pits, and then making sure the very bottom of those pits get coated while the sidewalls are completely unaffected… and you have to do it everywhere uniformly on a hundred 350mm wafers per minute.

There’s a pretty big benefit to the solar panels: more efficient and also can be placed in a solar-synchronous orbit that is always illuminated. I can’t imagine that power advantage outweighs the disadvantages of cooling power-hungry hardware with no way to reject that heat to air or water. I’m with you: WTF are they thinking?

I heard Google just launched a test bed. Basically one mini server the size of a refrigerator that can only operate for 15 minutes before it needs to shut off to prevent heat damage. I’m guessing that thing will prove the case against celestial data centers, but we’ll see. The only good thing to come of this is that it might help advance cooling tech for satellites and suchlike.

That’s if they don’t decide the best course of action is to launch them into LEO lol. If they do (they will–they’re that stupid), the infrastructure will burn up in less than five years.

Would they have called that constellation Ursa Major if not for the presence of bears in that direction? Maybe the constellation naming was like, “don’t go too far towards bear country if you don’t want to deal with bears that think of humans as food.” “Bears this way. Bears ahead.”

I’ve seen those, but I’ve never bothered to read them, really. Do you know if they control for other factors like diet, exercise, drug use, etc.? Forgive my laziness; I could read the damn papers myself.

Why? Aren’t some people legitimately night owls?

They could have made it even faster with a coat of red paint, but engineers thought that would have pushed the materials past their limit, so they chose to leave it black.

lmao

I haven’t used Linux regularly since 2006, which either means I’m out of the loop or an ancient bearer of lost knowledge:

I think it’s “G’noo” like “G’day” or “G’night.”

The way they bleed the charge off when the TV is powered off is through a very high resistance resistor. This works perfectly well most of the time, but those resistors can and do fail. The same is true for microwaves, which also have flyback circuits. Always treat these things like the bleedoff resistor has failed.

Interesting thanks for the explanation!

Thanks, friend!

Also: https://archivegenocide.com/

(warning: graphic.)

They’re really simple electronics, but there are likely a lot of little trade secrets that made them better. At the end of the day, it’s a cathode ray tube with a couple of electromagnets to divert a pulsing electron beam to hit different parts of the phosphor-coated end of the tube. The signal fed to the magnets is analog, and the beam sweeps the screen line-by-line every frame. (Or every other line for interpolated signals.)

It’s really not that dangerous. There’s a big capacitor called the flyback capacitor which can store a deadly amount of energy. You disconnect the power (obviously) and then discharge that cap and everything else is relatively safe. To discharge a capacitor, bridge the leads with an electricians screwdriver. If you don’t like sparks, hold a resistor with pliers between the two leads. (It will go slower but also get hot AF.)