The European Space Agency sent electric field instruments to measure it 300km (190 miles) above the surface of the Earth and found the temperature of the air was 3,000C (5,400F) hotter inside the gas stream than outside it. Inside, the 25km-wide ribbon of gas was flowing at 6 km/s (13,000mph), 600 times faster than the air on either side.
One official at the European Space Agency made sure to thank the "army of citizen scientists" who helped with the discovery, saying "It turns out that Steve is actually remarkably common, but we hadn't noticed it before." The name apparently came from a scene in the movie "Over the Hedge."
Increasingly grim climate projections have convinced a growing number of scientists it's time to start conducting experiments to find out what might work. In addition, an impressive list of institutions including Harvard University, the Carnegie Council, and the University of California, Los Angeles, have recently established research initiatives... By this time next year, Harvard professors David Keith and Frank Keutsch hope to launch a high-altitude balloon from a site in Tucson, Arizona. This will mark the beginning of a research project to explore the feasibility and risks of an approach known as solar radiation management. The basic idea is that spraying materials into the stratosphere could help reflect more heat back into space, mimicking a natural cooling phenomenon that occurs after volcanoes blast tens of millions of tons of sulfur dioxide into the sky.
"I don't really know what the answer is," says a former associate director at Lawrence Livermore National Laboratory. "But I do believe we need to keep saying what the truth is, and the truth is, we might need it."
CNET quotes Russia's deputy prime minister as saying "We are not creating a Terminator, but artificial intelligence that will be of great practical significance in a lot of spheres." Russia plans to deploy the robot on the International Space Station by 2021, Mashable reports, adding "Hopefully, the robot's arrival on the ISS will come sans life-snuffing weaponry, which is pretty much the opposite of the intent behind creating a peaceful international space station shared by the world's super powers in the first place."
A half-decade later, at Xerox's storied Palo Alto Research Center, Mr. Taylor was instrumental in another technological breakthrough: funding the design of the Alto computer, which is widely viewed as the forerunner of the modern personal computer. Mr. Taylor even had a vital role in the invention of the computer mouse. In 1961, at the dawn of the Space Age, he was about a year into his job as a project manager at NASA in Washington when he learned about the work of a young computer scientist at Stanford Research Institute, later called SRI International... Mr. Taylor decided to pump more money into the work, and the financial infusion led directly to Engelbart's invention of the mouse, a computer control technology that would be instrumental in the design of both Macintosh and Microsoft Windows-based computers.
Taylor had become fascinated with human-computer interactions in the 1950s during his graduate work at the University of Texas at Austin, and was "appalled" that performing data calculations required submitting his punch cards to a technician running the school's mainframe computers. Years later, it was Taylor's group at PARC that Steve Jobs visited in 1979, which inspired the "desktop" metaphor for the Macintosh's graphical user interface. And Charles Simonyi eventually left PARC to join Microsoft, where he developed the Office suite of applications.
Taylor died Thursday at his home in Woodside, California, from complications of Parkinson's disease, at the age of 85.