I walked away from crunchy rule systems years ago. Go Fudge go!

You can't fly. You can't for, but you can jump off a skyscraper and flap your arms.

Southwest. Above Jake's Seafood (which, incidentally, serves terrible food at absurd prices for the benefit of the ambiance of an old brick building).

$360,000

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I paid for the ModernUI version of Plex. It was $2 or something and it's pretty much a showpiece for the touchscreen experience on Windows.
However, I own both a Surface and a Surface Pro, so I actually use it. I also own Plex on iOS, GoogleTV, the Play Store and Amazon's app store. Getting it for Windows 8 was really more about completing the collection.

Seems to me that any ISP that redirects browser HTTP requests becomes liable to suit from the customers - for substantially more than $20.

Microsoft now likes to act like they are an open source company that believes in open standards.

But they DO. It's step one - embrace:

1) Embrace
2) Extend
3) Extinguish
4) Profit.

Portland is cool, yes. But that's mostly down to the bookshops and tea shops. Temperature-wise, it doesn't get "hot" per-se, but it does get very humid. And the air is horribly polluted. Spent the time moving up there reading about dangerously high levels of mercury in the air, the deadly pollutants in the river, the partially dismantled nuclear reactor and highly toxic soil (the reactor has since gone, the soil remains drenched in contaminants), the extremely high levels of acid rain due to excessive cars (which are driven by maniacs) and the lethal toxins flowing through the rivers that have been built over to level out the ground.

In short, I landed there a nervous wreck.

Things didn't improve. I saw more dead bodies (yes, dead bodies) in Portland and heard more gunfire in my five years there than I heard in the suburbs of Manchester, England, in 27 years. You will find, if the archives let you get back that far, that I was almost normal before that time.

What about a TARDIS?

1955. The Manchester Computing Centre was designed to be one gigantic heat sink for their computers in the basement, using simple convection currents, ultra-large corridors and strategically-placed doors to regulate the temperature. It worked ok. Not great, but well enough. The computers generated enormous heat all year round, reducing the need for heating in winter. (Manchester winters can be bitingly cold, as the Romans discovered. Less so, now that Global Warming has screwed the weather systems up.)

The design that Oregon is using is several steps up, yes, but is basically designed on the same principles and uses essentially the same set of tools to achieve the results. Nobody quite knows the thermal properties of the location Alan Turing built the Manchester Baby in, the laboratory was demolished a long time ago. Bastards. However, we know where his successors worked, because that's the location of the MCC/NCC. A very unpleasant building, ugly as hell, but "functional" for the purpose for which it was designed. Nobody is saying the building never got hot - it did - but the computers didn't generally burst into flames, which they would have done if there had been no cooling at all.

Well, they cannot become martyrs by just dropping dead. At least they have to kill some unbelievers as well...

Actualy, they CAN become martyrs by dropping dead - after deliberately NOT leaving the area of a plague and thus avoiding the spreading it, at the cost of their own lives.

Martyrdom doen't just come from being killed in a religious war.

Another way to become a martyr, for instance, is to die in childbirth.

Yet another is to die while defending your home and/or family from robbers or other attackers (as my wife pointed out to a crook who was trying to extort "taxes" for a local gang.)

According to a report I saw (following a link from the Drudge Report yesterday):

1)The early symptoms of Ebola are very similar to those of Malaria, to the point that people with malaria are being thrown into the ebola quarantine camps. (Also: Many of the people who HAVE ebola, or their support network, may THINK thay have malaria.)
2) The camp ran out of gloves and other protective gear - leaving the staff and patients unable to clean up after and avoid contagin from the body fluid spillages of the actual ebola patients. Come in with SUSPECTED ebola and you soon have ebola for sure.

That, alone, would make it rational for someone not yet sick or mildly sick, incarcerated in the camp, to break out and hide out.

3) Stories are circulating in the area that ebola is a myth and the oppressive government factions/first worlders/take your pick of enemies are using this story, plus the odd malaria case here and there, to create death camps and commit genocide in a way that gives them plausible deniability.

That idea, of course, can lead to mass action by some of the local population to "rescue" their fellows and sabotage the camps.

The whole think is a real-world example of the cautionary tale "The Boy who Cried 'Wolf'". When the officials lie to the people for their own benefit, repeatedly, until the people come to expect it, the people won't believe them when they are telling the truth about a real threat - and all suffer.

Ebola is one mutation away from being airborne transmissable. It already happened with Ebola Reston -- fortunately for us all, that turned out to be transmissable to monkeys but not humans.

I've heard reports that it may have happened with this one, too.

It doesn't have to be as GOOD at doing airborne transmission as, say, the common cold, to be a BIG problem.

Does anybody actually buy apps for Metro?

Like file downloads vs. interactive sessions, some power loads just need a long-term average and can be adjusted in time, without noticable impact, to shave peaks and get a closer match to generation - even if some of the generation, itself, is uncontrollably varying.

In fact, this is already being done. A prime example is in California, where a large part of the load is pumping of irrigation and drinking water. California utilities get away with far less "peaking generation" than they'd otherwise need by pumping the water mostly at off-peak hours. Cost: Bigger pumps, waterways (and in some cases "forebay" buffer reservoirs, below the main reservoir) than would be needed if the water were pumped continuously. This is practical because it was cheaper to upsize the water system than build and run the extra peaking plants. (Also: The forebay-to-reservoir pump generates when water is drawn down. It can also be run as a peaking generator, moving reserevoir water down to the forebay during peak load hours.) Similar things can be (and are being) done with industrial processes - such as aluminum smelters.

But there's a limit to load flexibility. Sure you can delay starting your refrigerator, freezer, and air conditioning for a few minutes (or start a little early, opportunistically), to twiddle the load. But you can't use such tweaks to adjust for an hours-long mismatch, such as the evening peak, or an incoming warm front leading to calm air and overcast skies on a chunk-of-the-continent basis. Try it, and your food spoils and your air conditioner (or heat-pump heating system) might as well be broken, or too small for your living area. Sure you can tweak factory load some. But do it too much and you reduce the production of billion-dollar factory complexes and workers who are still getting paid full rate.

Renewable energy actually helps - because its large-scale variations are driven by some of the same phenomena that affect heating and air conditioning loads. More wind means more heating and air conditioning load due to more heat transfer through building insulation. More sun means more air conditioning. Solar peaks in the day and wind in the evening (due to winds driven by the "lake effect" on a subcontinental scale), so a mix of them is a good match for the daily peak. But it's nowhere near "tweak to match generation and load without waste".