The International Space Station. Credit: NASA
Monday, December 3, 2012
Sunday, December 2, 2012
THE SMELL OF MARS
FROM: NASA
SAM Sniffs the Martian Atmosphere
NASA's Curiosity rover uses SAM to make the most sensitive measurements ever to search for methane gas on the red planet
SAM Sniffs the Martian Atmosphere
NASA's Curiosity rover uses SAM to make the most sensitive measurements ever to search for methane gas on the red planet
Saturday, December 1, 2012
ARMY SCIENTISTS SHARE IN PATENT FOR FORERUNNER OF QUANTUM NEURAL DYNAMICS COMPUTER CHIP
FROM: U.S DEPARTMENT OF DEFENSE
Army Scientists Earn Patent for Advanced Neural Chip
by jtozer
Armed With Science
Two Army scientists and a university professor earned a patent for the forerunner of a powerful quantum neural dynamics computer chip. The device uses nonstandard mathematics to accomplish analog problem solving at high speed.
"The patent covers different ways to make computer chips," said Army scientist and principal investigator Ronald E. Meyers. "These computer chips can represent biological and physical processes."
Meyers and his colleague, Army mathematician Keith Deacon, joined forces with Dr. Gert Cauwenberghs, a professor of bioengineering and biology and co-director of the Institute for Neural Computation at the University of California at San Diego.
"This is as a first step toward large-scale non-Lipschitz intelligent information processing systems," Cauwenberghs said.
Cauwenberghs worked with Meyers and Deacon to map the mathematics onto an analog "continuous-time neural architecture." He also designed and tested the integrated circuit implementing the architecture.
implementing the architecture.
"Experimental data from our silicon integrated circuit demonstrated the elements of terminal repulsion and attraction in neural dynamics and synaptic coupling," he said.
In other words, by using different mathematics, the scientists potentially removed a limit on how fast functions can change — clearing the way for ultra high-speed computing.
"The chip has a lot of application to both the military and civilian use," Meyers said.
A unique aspect of the research is the use of synaptic connections for interfacing neurons and learning through feedback, which is modeled after biological systems, Meyers said.
It’s all part of the futuristic vision of quantum computing. Researchers believe one day they will effectively harness individual atoms to build complex super-computers.
Meyers delves into quantum physics research projects at the U.S. Army Research Laboratory. Currently his project is to invent a secure communications system immune to the awesome power of future quantum computers.
"Quantum computing will give unparalleled computational ability," he said. "We’re talking about an ability to compute that exceeds exponentially millions of times greater than any of the computers that exist or are on the drawing boards using conventional approaches."
Meyers said neural chips can be made with classical computers or in the future with quantum computers.
"This is a different type of chip that we’ve developed … and it’s somewhat in between," Meyers said. "It’s not a classical approach, and it’s not quantum yet. But, we’re wanting to evolve the concepts into quantum computing."
The research took several years. The
U.S. Patent and Trademark Office issued a patent Sept. 11.
"It looks like a breakthrough to others but it’s just a lot of hard work, continuous work," Meyers said. "When you put something out it’s a milestone. It means you’re able to explain it in a way that the Patent Office understands, or that other scientists understand. So what happened here is we’re looking into one of the most important problems that the Army faces and it turns out — from my perspective, the ones that are not solved and are most important."
Meyers is listed as the inventor on 14 patents. He co-authored a book, "From Instability to Intelligence: Complexity and Predictability in Nonlinear Dynamics," — covering nonlinear equations in math, physics and biology, and authored a plethora of scientific papers.
"Problems are unsolved because they’re difficult to tackle," he said. "I tend to seek out a different path … to go toward solving problems that before have not been solved. I think I have a background that can do that. I’ve gained some insight. It’s putting together your experience and you’re trying to project it into the future. And so in my mind I see how things can be applied in the future and I look at how to solve these. Quite often if you go for the hardest unsolved problem, that’s the one that gives you the most benefit."
Inspired by difficult problems, Meyers said he and his small team of scientists and mathematicians is focused on the end-user of this technology.
"We work for the soldier," Meyers said. "We work for the warfighter and that’s what our thinking is. That’s why we’re trying to solve these difficult problems. As Army scientists we are responsible to really help these soldiers operate in a way that can defend the country and protect them and anticipate any threats and deal with them in an effective manner.
———–
By David McNally, RDECOM
From
www.army.mil
Army Scientists Earn Patent for Advanced Neural Chip
by jtozer
Armed With Science
Two Army scientists and a university professor earned a patent for the forerunner of a powerful quantum neural dynamics computer chip. The device uses nonstandard mathematics to accomplish analog problem solving at high speed.
"The patent covers different ways to make computer chips," said Army scientist and principal investigator Ronald E. Meyers. "These computer chips can represent biological and physical processes."
Meyers and his colleague, Army mathematician Keith Deacon, joined forces with Dr. Gert Cauwenberghs, a professor of bioengineering and biology and co-director of the Institute for Neural Computation at the University of California at San Diego.
"This is as a first step toward large-scale non-Lipschitz intelligent information processing systems," Cauwenberghs said.
Cauwenberghs worked with Meyers and Deacon to map the mathematics onto an analog "continuous-time neural architecture." He also designed and tested the integrated circuit implementing the architecture.
implementing the architecture.
In other words, by using different mathematics, the scientists potentially removed a limit on how fast functions can change — clearing the way for ultra high-speed computing.
A unique aspect of the research is the use of synaptic connections for interfacing neurons and learning through feedback, which is modeled after biological systems, Meyers said.
It’s all part of the futuristic vision of quantum computing. Researchers believe one day they will effectively harness individual atoms to build complex super-computers.
Meyers delves into quantum physics research projects at the U.S. Army Research Laboratory. Currently his project is to invent a secure communications system immune to the awesome power of future quantum computers.
"Quantum computing will give unparalleled computational ability," he said. "We’re talking about an ability to compute that exceeds exponentially millions of times greater than any of the computers that exist or are on the drawing boards using conventional approaches."
Meyers said neural chips can be made with classical computers or in the future with quantum computers.
"This is a different type of chip that we’ve developed … and it’s somewhat in between," Meyers said. "It’s not a classical approach, and it’s not quantum yet. But, we’re wanting to evolve the concepts into quantum computing."
The research took several years. The
U.S. Patent and Trademark Office issued a patent Sept. 11.
"It looks like a breakthrough to others but it’s just a lot of hard work, continuous work," Meyers said. "When you put something out it’s a milestone. It means you’re able to explain it in a way that the Patent Office understands, or that other scientists understand. So what happened here is we’re looking into one of the most important problems that the Army faces and it turns out — from my perspective, the ones that are not solved and are most important."
Meyers is listed as the inventor on 14 patents. He co-authored a book, "From Instability to Intelligence: Complexity and Predictability in Nonlinear Dynamics," — covering nonlinear equations in math, physics and biology, and authored a plethora of scientific papers.
"Problems are unsolved because they’re difficult to tackle," he said. "I tend to seek out a different path … to go toward solving problems that before have not been solved. I think I have a background that can do that. I’ve gained some insight. It’s putting together your experience and you’re trying to project it into the future. And so in my mind I see how things can be applied in the future and I look at how to solve these. Quite often if you go for the hardest unsolved problem, that’s the one that gives you the most benefit."
Inspired by difficult problems, Meyers said he and his small team of scientists and mathematicians is focused on the end-user of this technology.
"We work for the soldier," Meyers said. "We work for the warfighter and that’s what our thinking is. That’s why we’re trying to solve these difficult problems. As Army scientists we are responsible to really help these soldiers operate in a way that can defend the country and protect them and anticipate any threats and deal with them in an effective manner.
———–
By David McNally, RDECOM
From
www.army.mil
Friday, November 30, 2012
Thursday, November 29, 2012
Wednesday, November 28, 2012
LASAR COMMUNICATION IN SPACE
FROM: NASA
Laser Comm: That's a Bright Idea
Laser light made records obsolete. NASA is on the verge of doing the same thing with space based communications. Before the end of the decade, the Laser Communication Relay Demonstration (LCRD) mission will revolutionize the way we move tons of data from orbit to ground and all around the solar system.
Credit-NASA's Goddard Space Flight Center
Tuesday, November 27, 2012
Monday, November 26, 2012
Saturday, November 24, 2012
VAN ALLEN PROBES VIDEO
FROM: NASA
Van Allen Probes - The Instruments
Dr. David Sibeck explains the instruments on the twin Van Allen Probes (formerly the Radiation Belt Storm Probes, RBSP). The Van Allen Probes will explore the Van Allen Radiation Belts in the Earth's magnetosphere. The charged particles in these regions can be hazardous to both spacecraft and astronauts. The mission also will allow researchers to understand fundamental radiation and particle acceleration processes throughout the universe.
Friday, November 23, 2012
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