Business Outsider

Aug 16

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Aug 11

Verizon FiOS customer posts video that proves they throttle Netflix

bitshare:

imageIt’s been an ongoing debate for months, with each side pointing the finger at the other side. The issue? Verizon customers watching Netflix with slow playback speeds. The crux of the issue is that when streaming Netflix using Verizon, the speeds seem to be slower than normal causing buffering and a poor viewing experience.

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Aug 10


IBM’s new supercomputing chip mimics the human brain with very little power Joseph Volpe, engadget.com
A lot has changed in the three years since IBM first unveiled a prototype of its human brain-inspired SyNAPSE (Systems of Neuromorphic Adaptive Plastic Scalable Electronics) chip. That single-core prototype has now been significantly scaled up,…

IBM’s new supercomputing chip mimics the human brain with very little power
Joseph Volpe, engadget.com

A lot has changed in the three years since IBM first unveiled a prototype of its human brain-inspired SyNAPSE (Systems of Neuromorphic Adaptive Plastic Scalable Electronics) chip. That single-core prototype has now been significantly scaled up,…

(Source: smarterplanet, via futurescope)

[video]

[video]

fastcompany:

At Vidcon, thousands of teenagers line up to see their favorite YouTube celebs—and learn how to be more like them.
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fastcompany:

At Vidcon, thousands of teenagers line up to see their favorite YouTube celebs—and learn how to be more like them.

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spaceexp:

The surface of Titan.

spaceexp:

The surface of Titan.

mapsontheweb:

Richest person in each state
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mapsontheweb:

Richest person in each state

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(Source: reddit.com)

Aug 06

spaceexp:

ракетный двигатель РД-107
Source: space19811

spaceexp:

ракетный двигатель РД-107

Source: space19811

scienceetfiction:

wellreadblackandgreen:

Comet 67P details - OSIRIS by europeanspaceagency on Flickr.
"After 10 years and a journey of four billion miles, the European Space Agency’s Rosetta spacecraft arrived at its destination on Wednesday for the first extended, close examination of a comet. “A six-minute thruster firing beginning at 5 a.m. Eastern time, the last in a series of 10 over the past few months, slowed Rosetta to the pace of a person walking, about two miles per hour relative to the speed of its target, Comet 67P/Churyumov-Gerasimenk. “Over the coming months, Rosetta and its comet, called C-G for short, will plunge together toward the sun. In November, a small 220-pound lander is to leave the spacecraft, set down on the comet and harpoon itself to the surface. “That will be the first time a spacecraft has gently landed on a comet. “It’s really going to get down and scratch the surface to get the most pristine material that we can from the surface of the comet,” said Matthew Taylor, the mission’s project scientist. “The $1.7 billion Rosetta mission will provide a much longer, much closer look at one comet. Instead of taking a brief snapshot, Rosetta will observe as the comet goes from a quiescent ball of ice and rock to an active comet spewing out dust and gas and then make before-and-after comparisons. “We’ll observe how this occurs, how this activity is onset, how it fluctuates, really how a comet works over a long time period,” Dr. Taylor said. “That’s really the difference between this and anything that’s been done before.” “Launched in March 2004, it followed a circuitous route through the solar system, using flybys of the Earth and Mars to fling itself into the same orbital path as Comet C-G. In January, it successfully emerged from a hibernation of two and a half years and began its final approach.”

The first manmade spacecraft to orbit a comet. Congratulations ESA! 

scienceetfiction:

wellreadblackandgreen:

Comet 67P details - OSIRIS by europeanspaceagency on Flickr.

"After 10 years and a journey of four billion miles, the European Space Agency’s Rosetta spacecraft arrived at its destination on Wednesday for the first extended, close examination of a comet.

“A six-minute thruster firing beginning at 5 a.m. Eastern time, the last in a series of 10 over the past few months, slowed Rosetta to the pace of a person walking, about two miles per hour relative to the speed of its target, Comet 67P/Churyumov-Gerasimenk.

“Over the coming months, Rosetta and its comet, called C-G for short, will plunge together toward the sun. In November, a small 220-pound lander is to leave the spacecraft, set down on the comet and harpoon itself to the surface.

“That will be the first time a spacecraft has gently landed on a comet. “It’s really going to get down and scratch the surface to get the most pristine material that we can from the surface of the comet,” said Matthew Taylor, the mission’s project scientist.

“The $1.7 billion Rosetta mission will provide a much longer, much closer look at one comet. Instead of taking a brief snapshot, Rosetta will observe as the comet goes from a quiescent ball of ice and rock to an active comet spewing out dust and gas and then make before-and-after comparisons. “We’ll observe how this occurs, how this activity is onset, how it fluctuates, really how a comet works over a long time period,” Dr. Taylor said. “That’s really the difference between this and anything that’s been done before.”

“Launched in March 2004, it followed a circuitous route through the solar system, using flybys of the Earth and Mars to fling itself into the same orbital path as Comet C-G. In January, it successfully emerged from a hibernation of two and a half years and began its final approach.”

The first manmade spacecraft to orbit a comet. Congratulations ESA!