I'm all for protecting real privacy, but worrying about this is just a huge waste of time and resources. People need to get a grip!

As long as a premium new release Blue Ray movie is $29.95 when I might find the DVD for $15, blue ray will not take hold the way some folks had projected. It really costs no more to produce the BlueRay version. When the technology was brand new there was a business case for a premium price, but that shold be close to level by now. Just another case of greedy studios shooting themselves in the foot.

I'm sure there are numbers, but from a completely un-informed standpoint it seems to me that the paraboloc trough designs where a slurry tube runs through a mirrored trough would be cheaper to produce and maintain? http://www.powermag.com/renewables/solar/Saguaro-Solar-Power-Plant-Red-Rock-Arizona_468.html

I'm thinking that the first fold of the 13 total folds created a sheet with 2 layers, so the additional 12 folds would yield 2^12 or 4096 total layers. Not sure where they came up with 6000 in the article. As to length, 15000 feet halved 13 times would be 1.83 feet, but the depth of the folds eats up a lot of length, which is why their bundle really couldn't fold that 13th time.

My New Verizon iPhone4 is my first Apple product other than an iPod. I don't upgrade phones until my contract is up, so I couldn't really get a smartphone until about 4 months ago. I could have gotten an Android then, but waited for the iPhone so I could re-use all my music and other stuff in iTunes. No-one has ever really convinced me that an Android or other phone is better than an iPhone, nor do I think the iPhone is better than an Android. It just made more sense to me for convenience sake. My point is that I don't think I have a huge loyalty to Apple. My new phone does not seem to have a death grip issue (where shorting multiple antenna segments kills your signal). It does experience a degradation if you cradle the phone to hide the antenna, but all cell phones have this issue.

The point of the article is that ALL phones will experience a signal degredation when the antenna is shielded, including the Verizon iPhone4. The death grip on the original iPhone 4 was a specific legitimate design problem where the antenna could be bridged/shorted between multiple antenna segments to drastically reduce the signal. No real death grip or phone cradling required. The Verizon phone does not have this design flaw.

http://www.pcmag.com/article2/0,2817,2379903,00.asp

See Here: http://www.pcmag.com/article2/0,2817,2379903,00.asp

Please note that I'm not criticizing for inadequacy... I'm just informing the many readers who will check it out that, no matter how high the resolution, it still does not approach the visual impact these works can have in person. I wouldn't want people to think that they no longer need a museum trip because they have seen these works on Google!

BTW, I'm not an art snob, just a guy who happened into the Boston Museum of Fine Arts before a RedSox game one Sunday and found myself in front of some truly breathtaking paintings thinking "Wow, those full color prints in art books don't do this justice!"

I also did not rule out the possibility of improved digital renderings in the future.

Having seen several works by the major impressionists in person, I can say that no 2D rendering of a truly great painting can do it justice, no matter how high the resolution. Looking at a Van Gogh, for example, the paint depth in the brush strokes can be up to a centimeter thick, and this depth interactes with the light in person in a way that you can't capture in a 2D image. Which is not to say the whole thing isn't still really cool.

I'm not an expert on relativity, but I'd love to understand your point if it's accurate. As pointed out by michaelwv, we know that the photons we are seeing now left that galaxy 13.2 billion years ago, so where we see it now is it's position then relative to our current position at this time. We also know that the universe has expanded a great deal since then (especially since the age of the universe is 13.75 billion years old give or take). Hence, from our perspective the actual current physical position of the galaxy should be much further away than it was then (for those of us who don't understand). I'm sure you do need to understand relativity to calulate exacly how far away that is likely to be, but I'd love to hear the justification for how it is curreently just that 13.2 billion miles away at this time, when we know there have been 13.2 billion years of expansion.

The interesteing thing not mentioned about the Distant Galaxy in the article. eventhough it's position 13.2 billion years ago was that far away from our current position, it is currently probably more like 45 billion light years away!

Very few people with the unlimitied AT&T plan switched away from it (statisticlly speaking anyway). The reason that Verizon is offering a 'temporary' unlimited plan is to entice those AT&T users who can't see themselves surviving on a metered service, but hate their coverage, to switch over to Verizon secure in the knowledge that they can still have an unlimited plan. Once these folks have had enough time to jump over, Verizon kills the plan for new subscribers. It's a great marketing ploy. I just don't see a large pool of existing frustrated AT&T users who dropped the unlimited plan clamoring to get back to it.

It doesn't matter.

When Company A buys stuff from Company B, all existing agreements and contracts concerning that assett with external parties must remain in force when the assett is transferred. CNPT can't just change the playing field on an agreement already in effect.

Now, CNPT may be less likely to renew certain agreements that may have an expiration date than Novell may have been, but any agreement with an expiration is an at risk deal anyway, no matter who the original agreement was with.

In those vehicles, the other cylinders that are de-activated are still spinning and thus placing a drag load on the engine as they are all tied to the same crankshaft. This engine has an electro-actuated clutch between cylender segments so that they provide no drag on the active segments of the engine when not in use.