True of many things we take for granted now. It would be a different world entirely. Another non-computer example would be the 3-point seat belt that Volvo left as an open patent, saving countless lives over the past decades.
Or a different “feel” when turned on vs. off (more resistance or something). They spent effort printing all that text to show where the switch was when a universal 0/1 would have made it clear.
I can’t think of any example of a button or switch that by itself can be clear if it is engaged or not. A button could be assumed to be on if in, but that isn’t always the case, like for example with emergency stops.
Or full VR experience online eg. Neuromancer. Though even if the tech was available and fully tested and working, there are many pros and cons to all forms of enhancement or out-of-body existence, or a more extended life.
Be sure to not have throwable things around you if you haven’t heard about this before. Especially the amount of money that was being reported missing right before 9-11-2000, and suddenly was never brought up again.
Close enough, it’s not blocking a space. Better to be secure, but got to take what wins we can get. It’s possible that when that cart was brought there the corral was full and the person retrieving them didn’t get the loner. It’s like the pictures of the car parked across several spots without the context that there was snowfall and no lines were visible then.
The 6 foot distancing that wasn’t really ever followed well was a compromise to keep things open for the economy while pretending we’re doing something. What amazes me is how there wasn’t any mandate to require air filtration at key points in places with crowds - like a Corsi-Rosenthal box, the DIY stores could have had these in the front with a how-to-build and they would have made tons of profit while supplies lasted. I guess 6-foot stickers and signage was easier and cheaper. Remember when some stores tried to go further and enforce one way aisles?
Genetics can be messy. Just organic chemistry in general is a complex subject.
And the new President doesn’t necessarily have to pick a VP, it’s just expected to fill the vacancy.
Well, it would be pretty suspicious given he’s the world’s healthiest man. /s
(not so n)ice
Climate changes…abruptly.
I do prefer the beard, but later Riker without a beard works well. I think it’s because the character and actor have grown into the part at that point and don’t present themselves the same as the early season Riker. I was going to call him “gangly” but I don’t think that’s right, but first season Riker was less sure of things.
Let’s not forget the other badass old Riker with the peppered gray beard who said “I’ll get the Klingon’s attention”.
That was a background character, not the one you’re thinking about (see other reply). There’s a bunch of side characters in that and other movies that don’t get credited. One well known one is Tom Morello of RATM.
Correct. Stephanie is the one everyone always refers to for that look she gives Riker in that scene. RIP.
And for what it’s worth, although the inference seems to always be sexual, I don’t think it needs to be. It can be just as much admiration and “holy shit, captain”. Which is totally justified.
I also like the look Riker gives when Geordi tells him he already ejected the core before being ordered.
Maybe it’s not replicated meat, but instead they keep a selection of turkeys and other live animals in transporter stasis until needed.
More methane release overwhelms the natural breakdown agents in the atmosphere (hydroxyl radicals) so an increase bumps up the decay half life average and overall greenhouse gas effectiveness. We know there’s more methane leaks now due to both manmade sources as well as natural feedback loops from warming. Yet the IPCC still uses the older half life numbers for methane even now.
Reminded me for some reason of the description of what “catastrophic damage” is in the board game Starfleet Battles. Not necessarily the level of the nacelles falling off the ship, but a bit more than the captain’s chess board slipping off the table.
It’s talking about the annual global average, probably surface air since that’s mentioned later in the article. You’re right that it should be much more specific about what’s meant in the first sentence, not near the end.
From the point of just moving the charge, yes, it’s called antimatter. Antielectrons are positive, antiprotons are negative. From the mass point of view though it would be a different kind of physics altogether since electrons have virtually no mass compared to the other two particles, and protons don’t exist as a particle-wave duality, so neither protons or electrons would act the same by just switching them out in a Bohr atom model arrangement. Maybe someone with more in depth knowledge can give additional or better reasons.