I actually think that you could craft good arguments for allowing trojans. It's the stuff in temporary resonance orbits that I was really thinking of. There are a lot of orbits that are only semi-stable, say stable for a century or two, but not for millennia.

IMO, people are making too big a deal out of the touchscreen functionality. It's not really a big reason someone would buy this new Macbook Pro. It's simply something Apple said they were finally able to add to a good OLED display without adding weight or thickness to the machine.

I had a Lenovo ThinkBook 14" laptop my workplace issued me that had a touchscreen display, and I basically just forgot it existed on it. That said? It was finally useful in one situation where I had it on a docking station with dual external displays. I configured our VoIP softphone to use the laptop's own display so I could tap to call people from the directory.

This is just the latest, greatest iteration of Maxbook Pro with the latest ARM processor in it and a number of small design improvements. (EG. It has an audio profile now for listening to music with the lid closed on it. That's a feature I'd actually use sometimes and wondered why none of my other laptops ever had it.)

Also, is there a point, when any app uploaded to one of these app stores would have to basically comply with the same terms and conditions as apps on the Google Play Store, from the looks of it?

Google is trying to claw back some of their precious per-sale revenue loss by charging that $10K, and increasing the barrier to entry to the point where only serious businesses will attempt it. It's obvious that having third party app stores provides no benefit for Google, so they are doing everything they legally can to stem their losses. With monopoly app stores, Google and Apple basically have a license to print money. The incentives are not great for consumer freedom.

Don't be hypnotized by the names. What is most significant (after the orbit) is the mass. And that's a pretty smooth gradation (at least on a logarithmic scale).

If you want "planet" to mean "stuff in orbit around the sun", you end up with most planets weighing micrograms...or possibly less.

N.B.: By the strict definition of "planet" used by the IAU, even Jupiter wouldn't really qualify, because it hasn't cleared it's orbit. There's a lot of small stuff and, of course, the trojans.

Yeah, but...
The guess at the size is based on the guess of the albedo. If it's covered with something dark, it a LOT larger. (I'm presuming they're guessing it's covered with methane ice.)

Plausible. Most communicable diseases are addressable by social habits...if you can get people to do them.

I disagree. I think it probably CAN get much faster, but I'm not sure how much cheaper it can get.

The approach I think could succeed is the "bio-chip", with lots of cells and feed lines so different wells in the chip would host different combinations of bacteriophage and sample. This would need to be screened frequently, probably by an AI, that would pick out the most successful set. I think this could, in principle, usually be done within a couple of days in a mostly automated way. But that's a pretty complex setup, and I doubt that it could be done really cheaply.

It's not even that. Most of the drug-resistant bacteria existed before antibiotics came out of the lab. But they weren't a very successful part of the population. Antibiotics killed off their competition, and now they're successful. Most methods of resisting antibiotics have an energy cost, so bacteria that don't use them are more successful if the antibiotics aren't around. Unfortunately, it's not usually a very high cost, so stopping the use of an antibiotic doesn't reset the population, at least not quickly.

But, yeah, bacteria mutate really rapidly to fill a new niche, so you probably literally CAN'T have an antibiotic both in wide use and remaining effective.

Actually, getting the CO2 out of the atmosphere is possible, but *quite* expensive. Thermodynamics + entropy mean it will take more energy to get the CO2 re-concentrated than it released in being created.

Not fair. There are applications for which nuclear appears to be the best solution.

But, yeah, solar and wind scale a lot faster and more cheaply, even when you include the needed storage.

If you're invested in the company, you have a reasonable argument. If you're hoping for a job, you don't. (But see the comment by TWX.)

well, their chips are coming out of a foundry after all...

Not sure about the assembly of small electronics. It looks like that's still a fairly hands-on, manual process.

One of the barriers to automating the assembly of commodity microelectronics is that the revisions iterate fairly quickly. It's difficult to build an automated assembly line that can handle those changes. It usually just ends up being easier to have a person do that assembly work if the product is going to change in a few months and it would take a couple of months to retool for the change.

A broken clock might be right a couple of times a day.

Unless of course someone rips the hands off. Or if it's a digital clock that simply doesn't display anything. Or probably for a bunch of other possible reasons.

MTBF calculations are a bit of a scam in of themselves.