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A trip down sensory lane.

Filmmakers take note- This five second scene not only fully describes a characters backstory, but the entire reason he acts the way he acts through the film, taking him from a villain to a sympathetic character and justifying a total reversal of his actions in the present. In five seconds, this movie does for the development of a character more than most movies do in two hours. This is why you should be studying Disney and Pixar along with Martin Scorsese and Stanley Kubrick, and ignoring professors and elitist students who deride them as “kids stuff.”

wasn’t there a theory that Anton’s childhood cottage is the cottage Remy learned his craft from eavesdropping inside before travelling to Paris, and the recipe he’s tasting really is his mother’s ratatouille?

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mindblowingscience:

Mystery Solved? How Birds Weather Turbulence

When a bird hits turbulence while flying, it can’t turn on the “fasten seatbelt” sign. Instead, new research shows that it tucks its wings to stabilize its flight.

Scientists were studying the flight of a captive Eurasian steppe eagle (Aquila nipalensis) when they noticed a curious behavior. While soaring, the bird would often briefly fold its wings before resuming its normal flight.

Called wing tucks, these behaviors are not new to scientists: In fact, one of the Wright brothers, Wilbur, coined the term while spending many hours watching bird flight to improve aircraft design in 1908.

But the scientists began to wonder if the eagle’s frequent wing tucks somehow influenced its aerodynamics. So the team fitted the eagle with a customized, backpack-like harness equipped with a tiny, super-lightweight data recorder—actually a repurposed autopilot device from a drone aircraft. In this sense, the recorder served as the eagle’s black box, recording speed, altitude, pitch and roll, and a host of other information.

The researchers sent the bird on 45 flights through Brecon Beacons National Park in southern Wales, where they recorded 2,594 wing tucks. The data from their recorder revealed that the bird tucked its wings in response to atmospheric turbulence, according to the new study, published October 14 in Journal of the Royal Society Interface.

In other words, during pockets of bumpy air, the eagle’s wing tucks help keep it from crashing.

“When an aircraft hits turbulence, the whole thing moves. But a bird just tucks its wings and keeps a pretty smooth flight,” said study senior author Graham Taylor, a biologist at Oxford University in the U.K.

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Dearest Cecilia, the story can resume. The one I had been planning on that evening walk. I can become again the man who once crossed the surrey park at dusk, in my best suit, swaggering on the promise of life. The man who, with the clarity of passion, made love to you in the library. The story can resume. I will return. Find you, love you, marry you and live without shame.

(Source: sothoros)

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