That doesn't help in the least. It doesn't matter how you travel: two events, separated in space, that happen "at the same time" in my frame of reference don't do so in another. If I depart A and arrive at B "instantly" in some reference frame, then I have travelled backwards in time from another. There's no getting around that: we live in a relativistic universe.

The pool of people who are knowledgeable about the practices, challenges, and daily business realities of the telecommunications industry (or any industry for that matter) is a small one indeed; good luck finding someone in that pool with the experience necessary to lead an agency the size of the FCC who hasn't worked for the industry at one time in his or her life.

You seem to think the QM guys cooked up this really weird story while particularly high one night, then went looking for a way to make it fit the universe. It's the observations themselves that bring the weirdness. Sure, the universe at these scales far from human experience doesn't fit with our intuitions, but that shouldn't surprise, as our intuitions are based entirely on human experience. Sure the math is intricate, far from simple or elegant, but there's no actual reason to believe the universe is simple and elegant, other than it would be nice if it were so.

Is this all some complex expression of some simpler, underlying truth that we just haven't found yet? Certainly everyone working in the field hopes so! But the horrible, crufty Standard Model just keeps making accurate predictions, and all the clever ideas of physicists to create a simpler underlying model that could explain everything we measure keep failing to do so.

It seems like you're missing a key concept here: "simultaneous" depends on reference frame. If two events separated in space, A and B, happen at the same time in my reference frame, there's a reference frame in which A happens before B, and a reference frame in which B happens before A. There's no one true order of events.

This causes no paradoxes in relativity, precisely because you can't send information, or cause an action, faster than the speed of light. The propagation delay between A and B ensures cause precedes effect in every reference frame, and the order of events can't quite shift enough to overcome that propagation delay.

But moving FTL breaks all that. If I move "instantly" in my reference frame, then there's a frame in which I move back in time, and a frame in which I jump forward in time. I don't move back in time in my own reference frame, sure, but I really do in another. And if you're moving quickly relative to me, I can use that to relay a message from you to your past self - either by a series of accelerations between the frames, or by using a friend in your reference frame who can teleport as well.

If I want to visit my own past self, I would need to teleport some significant distance, accelerate up to relativistic speed, again teleport a significant distance, then accelerate again to match location and speed with my former self - elaborate, but possible. Or, if I could travel a great distance, say 1 billion light years, "instantly", then I don't need much acceleration at all, just the difference in velocity the Earth achieves in 6 months as it makes half an orbit would do it.

In addition to being cool stuff, mercury also has a very long history of use in gold extraction. I don't know about the people who built this particular structure; but mercury-amalgamation gold extraction is known to have been in use in South America well before the Spanish showed up. Given the human enthusiasm for gold, that's another point in mercury's favor as a funerary good, along with being weird and cool looking.

(Large scale extraction is now usually done by cyanide leaching, since that's somewhat less nasty than mercury amalgamation; but small scale miners often still use mercury. As one might imagine, the 'now heat the amalgam with a blowtorch to drive off the mercury and recover the gold' step is about as good for you as it sounds, possibly worse.)

That's a matter of perspective. I've been there numerous times and have found that the Canadian side has the best views but the American side is less of a tourist trap. The Canadians have done a piss poor job of keeping development in check, in fact, there's a school of thought saying that the Horseshoe Falls are perpetually mist covered (historically they weren't) because of changes in the local wind currents brought about by development on the Canadian side.

Besides, the coolest thing there is the Cave of the Winds, and that's in good ole USA. No trip would be complete without seeing both sides, but there are plenty of people (myself included, obviously) that think the American side is at least the equal of the Canadian side.

I think it's a rich person who has nothing better to do with his money.

Niagara Falls is in Ontario. You're not making it to Quebec unless you swim across Lake Ontario, into the St. Lawrence River, and downriver for 50 miles or so. If you can do that learning French should be easy.....

I completely agree with your point. One interesting point of speculation is that it's highly possible that Brother Adam (the developer of the Buckfast bee) was responsible for bringing Varroa to Europe. Brother Adam imported bees from around the world, and the first appearance of Varroa in the UK was not very far from where he operated.

What about Timewarner?

North Carolina generally has cheap electricity. If you have a heatpump, your electricity bill should not be that bad! Heatpumps generally work well in our climate.

I've run the numbers for the Triangle area after getting quotes through several local companies. Including both the federal and state tax credits and depreciation (this was for a commercial installation), break even is generally 7-8 years off. Probably worthwhile, but not a clear case. Add in a number 10 grand plus for batteries and the case is even more borderline. If you've got the cash, I agree it's great--would love to have power after a hurricane!

Isn't the price of electricity in NC literally 50% of what it is in California? We have cheap electricity.

Left: must be the global warming, fracking , capitalism and discrimination against everybody by the white men.

Right: fucking godless faggot lovers caused it. Repent, socialists!

That is as much as I expect to hear on this topic.

Like anyone else, I will buy the panels which provide the most output for my dollar, and which fit in the space available. But if the world would institute some laws which would penalize countries for slave labor and environmental abuse, then it would cease to make sense to buy a lot of that crap. I sit here surrounded by similar crap, but the point remains.

That's certainly cost-effective, but it won't help as much in an outage.

Yes, scumbags are always the problem. Obviously it wouldn't make sense for you to add a lot of battery on the basis of selling power back at shifted times.

And you just made a meaningless statement which advances the conversation in no way whatsoever, since it could equally be applied to anything anyone said ever. If you want to provide some sort of meaningful information, you can do that. Or can you?

Then the whole world changes, whole corporations go out of business overnight while others swell, and there is widespread financial chaos.

That's because you don't understand the solar industry even a little bit. When new, more efficient panels come out, not only is their price per watt higher but the price per watt on the old panels comes down. The primary benefit is not reduction of cost, at least not at first, but in reduction of panel area needed. That reduces the size of an installation which can reduce its cost — but in the case of a residential solar system, that is rarely the case. Since they're usually fixed and roof-mounted, the amount of materials used to mount them is fairly small and there are no property cost considerations whatsoever. The homeowner doesn't care if they have three or six panels on their roof, because they're on their roof and they're not taking up any space they were using before.

The truth is that improvements in batteries and solar panels do not come in 100% increments. They come in small increments delivered over long periods of time, just like the savings on energy costs delivered by a solar installation. Not installing solar now because you're worried that solar is going to get better is just depriving yourself of the benefits that you enjoy by doing it sooner. Meanwhile, your system can be upgraded piecemeal, so you can replace your batteries in 15 years and your panels in 30, maybe add some more batteries then. You can mix and match different kinds of panels to a certain extent; sure, you need different charge controllers for old and new style panels, but you can have both kinds of charge controllers right next to one another, connected to the same battery bank. So really, there is no basis whatsoever for your concern that a 100% efficiency improvement will come along tomorrow and eliminate the value of your investment. And frankly, if such a leap in efficiency were realized in a commercial product, then some government would probably buy up 100% of it and you wouldn't be able to get any anyway. Kind of like what happened with nanosolar, which was then driven out of existence by the chinese dumping panels on our market so none of us got to buy any of it. That stuff had the potential to be disruptive, but now we have to wait for someone to conceive of the idea again with some new and even cheaper technology because we're okay with goods produced with slave labor so long as it doesn't happen within our borders.