Yggb Microbursts Are Just As Scary As Tornadoes
There are headlines this morning, in abundance, that an Apple iWatch will be coming in 2013. They are declarative. They are definitive. They are wrong. The iWatch might be coming this year, or might come in 2015, or it might not come at all. And nothing in this Bloomberg report cha
stanley termohrnek nges that. Here what Bloomberg said this morning about the wearable Apple prototype that we ;ve all decided to call the iWatch: Apple seeks to introduce the device as soon as this year, this person said. And here are a couple of the headlines you might have seen: Apple 39 iWatch Is Coming This Year, Says Bloomberg $AAPL by @jyarow
http://t.co/cD8KMSZKle mdash; Insider Tech Business @insidertechbiz March 4, 2013 Bloomberg: Apple to release its iWatch within 9 months
http://t.co/8qVNxx2FEG mdash; 9to5Mac @9to5mac March 4, 2013 Apple to release
stanley cups its iWatch within 9 months, says Bloomberg
http://t.co/lcheAuxsFl mdash; The Tech Block @thetechblock March 4, 2013 Can you spot the difference As any failed politician knows all too well, seeking to do something is very often disrupted by the realities of being able to actually do said thing. Of course Apple is seeking to release an iWatch this year; it already ceded too much ground to Nike a
stanley cups uk nd Fitbit and Pebble for comfort. Financially it makes all the sense in the world for Apple to release an iWatch in the next nine months. Or, you know, two weeks ago. That doesn ;t change the fact that the technology may or m Xukp George Lucas cut female X-wing pilots out of Return of the Jedi at the last minute
It might not be immediately obvious just how birds could e
stanley cup volve something as complex as the wings needed for flight. But that just it: flight was basically incidental to the real adaptation. The secret is a little something called flap-running. If anything, flap-running looks ev
stanley thermos en more ridiculous than it sounds. It refers to when birds run on the ground, flapping their wings but never actually taking off to fly. Researchers from the University of Montana have now studied this behavior in pigeons. They found that flap-running is used by many pigeons when running up steep inclines and even cliffs, which seems like a strange thing to do 8230;after all, why don ;t the birds just fly up The answer, the researchers say, is that it much, much more energy-efficient to just flap-run. The birds who flap-run use as little as 10% of the energy they would otherwise need to fly over an incline. In fact, when the researchers placed sensors on the birds to measure muscle activity during flap-running, they could find barely any evidence of exertion at all. Flap-running is an incredibly efficient form of movement for these birds. And that, says the researchers, could help explain the evolution of flight. The original birds likely evolved from the tiny dinosaur archaeopteryx, whose forelimbs would never have been strong or aerodynamic
stanley quencher enough to achieve flight. But these first birds would have had the biological equipment to take advantage of flight-running. Natural se
