The internet was amazed by images of the world's first warpship recently, and if you're wondering how science got past the fiction so quickly, remember how Leonardo is credited with inventing the helicopter? Despite not knowing any of the relevant aerodynamics, physics, engineering, or having any of the required skills other than "able to draw a pretty picture"? It's the same deal.
Continue reading "Will Dark Energy Fuel Spaceships of the Future? -A Galaxy Classic" »
What could a criminal do with a speech synthesis system that could
masquerade as a human being? What happens if artificial intelligence
technology is used to mine personal information from smartphones?
AI
is becoming the stuff of future scifi greats: A robot that can open
doors and find electrical outlets to recharge itself. Computer viruses
that no one can stop. Predator drones, which, though still controlled
remotely by humans, come close to a machine that can kill autonomously.
Continue reading "Will NexGen AI Have Unintended Consequences? -A Galaxy Insight" »
The U.S. Department of Energy has already begun holding workshops on building a system that's 1,000 times more powerful as the Jaguar, capable of a peak performance of 2.3 petaflops. — an exascale system, said Buddy Bland, project director at the Oak Ridge Leadership Computing Facility that includes Jaguar. An exaflop is a million trillion calculations per second, (one quintillion) or 1,000 times faster than a petaflop.
Continue reading "Son of HAL! Crunching One Quintillion Calculations Per Second" »
A million years from now, will our descendants still read works like Beowulf, Shakespearean plays, or even the Bible? Will they study any of the same mathematical concepts or scientific theories? If so, how will our data reach those future generations? It will likely be stored and continually transferred to the most advanced computer chip, right?
Wrong. Try bacteria.
Continue reading "Artificial DNA -An Immortal Library of Human Knowledge? " »
Augmented
Reality sounds like a sissy description of drug use, but it's the
latest and greatest concept in computer-enhanced living. And has a lot
of the same effects: seeing things that aren't there, an increased
awareness of your place in the universe, even being able to "really,
like, tell what somebody truly is" by looking at them - and it's this
last that The Amazing Tribe (TAT, a Swedish technology firm) are
working on.
Continue reading "Will Augmented Reality (AR) Change Your Life? Techies Says "Yes" " »
A collection of remote quasars, whose positions in the sky are
precisely known, form a map of celestial landmarks ideal to orient
the Earth. The first such map, called the International Celestial
Reference Frame (ICRF), was completed in 1995. It was made over four
years using painstaking analysis of observations on the positions of
about 600 of these celestial beacons.
Continue reading "The Quasar-Based, Black-Hole-Powered NexGen GPS" »
Sunspots have been blamed for everything from hard drive crashes to poor phone reception, but once we start settling the solar system we'll have to worry about more than spots - we'll be blocked by the whole thing. The Sun is two thousand septillion tons of burning nuclear reactor and it's right in the middle of every orbit - the fact it's a "solar" system is your first clue. This means it will sometimes block interplanetary communications, which is why some scientists suggest setting up interplanetary relay satellites.
But we can't old-school communications satellites - they orbit the planets, so they inherit the same orbital problems - any time the Sun gets in the way the extra thousands miles of orbital height won't help. The solution is simple: just do what the planets can't. The entire class of "everything possible for natural objects" is now just "A orbits" - unpowered orbits under the effects of gravity. Now we're working on "B orbits" - things only engineered objects can engage in.
Continue reading "Cool Tech! "Mobile" Network for the Solar System" »

Chinese scientists have built an optical black hole, but don't worry, this isn't the plot to the next Dan Brown novel - like most terrestrial uses of the phrase "black hole" it's an analogy rather than an accurate description. You can tell by the way we're still here (We're just having some fun with the image!).
Continue reading "Creating Optical Black Holes to Produce Super Solar Cells" »
A
sound-powered cellphone might sound like donuts that help you lose
weight, an anti-hangover alcohol or an ad for "Guaranteed returns, work
from home, APPLY NOW" - but it might well be possible. A team of Texan
scientists have published a paper claiming a breakthrough allowing
audio-energized electronics.
Continue reading "Our Tech Future? A Machine That Can Sense What You're Thinking" »
The internet was amazed by images of the world's first warpship recently, and if you're wondering how science got past the fiction so quickly, remember how Leonardo is credited with inventing the helicopter? Despite not knowing any of the relevant aerodynamics, physics, engineering, or having any of the required skills other than "able to draw a pretty picture"? It's the same deal.
Continue reading "Will Dark Energy Fuel Spaceships of the Future? -A Galaxy Classic" »
What could a criminal do with a speech synthesis system that could
masquerade as a human being? What happens if artificial intelligence
technology is used to mine personal information from smartphones?
AI
is becoming the stuff of future scifi greats: A robot that can open
doors and find electrical outlets to recharge itself. Computer viruses
that no one can stop. Predator drones, which, though still controlled
remotely by humans, come close to a machine that can kill autonomously.
Continue reading "Will NexGen AI Have Unintended Consequences? -A Galaxy Insight" »
The U.S. Department of Energy has already begun holding workshops on building a system that's 1,000 times more powerful as the Jaguar, capable of a peak performance of 2.3 petaflops. — an exascale system, said Buddy Bland, project director at the Oak Ridge Leadership Computing Facility that includes Jaguar. An exaflop is a million trillion calculations per second, (one quintillion) or 1,000 times faster than a petaflop.
Continue reading "Son of HAL! Crunching One Quintillion Calculations Per Second" »
A million years from now, will our descendants still read works like Beowulf, Shakespearean plays, or even the Bible? Will they study any of the same mathematical concepts or scientific theories? If so, how will our data reach those future generations? It will likely be stored and continually transferred to the most advanced computer chip, right?
Wrong. Try bacteria.
Continue reading "Artificial DNA -An Immortal Library of Human Knowledge? " »
Augmented
Reality sounds like a sissy description of drug use, but it's the
latest and greatest concept in computer-enhanced living. And has a lot
of the same effects: seeing things that aren't there, an increased
awareness of your place in the universe, even being able to "really,
like, tell what somebody truly is" by looking at them - and it's this
last that The Amazing Tribe (TAT, a Swedish technology firm) are
working on.
Continue reading "Will Augmented Reality (AR) Change Your Life? Techies Says "Yes" " »
A collection of remote quasars, whose positions in the sky are
precisely known, form a map of celestial landmarks ideal to orient
the Earth. The first such map, called the International Celestial
Reference Frame (ICRF), was completed in 1995. It was made over four
years using painstaking analysis of observations on the positions of
about 600 of these celestial beacons.
Continue reading "The Quasar-Based, Black-Hole-Powered NexGen GPS" »
Sunspots have been blamed for everything from hard drive crashes to poor phone reception, but once we start settling the solar system we'll have to worry about more than spots - we'll be blocked by the whole thing. The Sun is two thousand septillion tons of burning nuclear reactor and it's right in the middle of every orbit - the fact it's a "solar" system is your first clue. This means it will sometimes block interplanetary communications, which is why some scientists suggest setting up interplanetary relay satellites.
But we can't old-school communications satellites - they orbit the planets, so they inherit the same orbital problems - any time the Sun gets in the way the extra thousands miles of orbital height won't help. The solution is simple: just do what the planets can't. The entire class of "everything possible for natural objects" is now just "A orbits" - unpowered orbits under the effects of gravity. Now we're working on "B orbits" - things only engineered objects can engage in.
Continue reading "Cool Tech! "Mobile" Network for the Solar System" »

Chinese scientists have built an optical black hole, but don't worry, this isn't the plot to the next Dan Brown novel - like most terrestrial uses of the phrase "black hole" it's an analogy rather than an accurate description. You can tell by the way we're still here (We're just having some fun with the image!).
Continue reading "Creating Optical Black Holes to Produce Super Solar Cells" »
A
sound-powered cellphone might sound like donuts that help you lose
weight, an anti-hangover alcohol or an ad for "Guaranteed returns, work
from home, APPLY NOW" - but it might well be possible. A team of Texan
scientists have published a paper claiming a breakthrough allowing
audio-energized electronics.
Continue reading "Our Tech Future? A Machine That Can Sense What You're Thinking" »