Japan’s Epsilon rocket with onboard AI successfully launches

Japan's Epsilon rocket with onboard AI successfully launches

Affordable is a relative term, but in the world of rocket science Japan’s recently launched Epsilon qualifies as such. Costing just $37-million (albeit not directly comparable, NASA claims a typical launch costs around $450-million) to send off, Jaxa — Japan’s space agency — rightly considers it a steal. Epsilon launched from the south-west of the country at 2pm local time. Its mission? To deploy a telescope that Jaxa advises will observe our neighboring planets from its position in Earth’s orbit. The cost efficiency is being put down to the rocket’s artificial intelligence, something that slashes the man-power needed from 150 to 8. Let’s just hope the thriftiness wasn’t just to fund that other recent launch.

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Via: BBC

Source: Jaxa

Beauty And Brains: Science Award Winner Creates Bioplastic From Banana Peels

Elif BilginProof that beauty and brains are not mutually exclusive recently came in the form of a 16-year-old Turkish woman, Elif Bilgin. Over the summer she won the 2013 Science in Action award, part of the third annual Google Science Fair. The invention that garnered the resident of Istanbul, Turkey, the $50,000 prize was a method for turning banana peels into bioplastic.

Gearlike legs propel the plant hopping Issus to nearly 400 G’s

For the first time in nature, an insect has been shown to use a set of gears to aid in jumping. Said insect is the Issus coleoptratus and it can be found throughout Europe as well as in parts of the Near East and North Africa. This particular incest is a planthopper found mostly on […]

This Week’s Robot Roundup

A look at what has been going on in the world of robots in the past seven days. Robots are working their way into the world of art, as man’s best friend and a few other interesting places.

Scientists accidentally create the world’s thinnest glass and earn a world record

It’s not uncommon in science for scientists to make major discoveries accidentally. One of the most recent accidental discoveries ended up being the world’s thinnest glass. The glass is thin enough to earn the scientists a place in the 2014 edition of the Guinness Book of World Records. The scientists who accidentally made the incredibly […]

Mount McKinley Has Shrunk By 83 Feet

Mount McKinley Has Shrunk By 83 Feet

North America’s highest peak, Mount McKinley, has shrunk by 83 feet according to new data acquired by US geographers.

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Kamikaze Spaceships Could Be Solution To Incoming Asteroids

Kamikaze Spaceships Could Be Solution To Incoming AsteroidsThe premise of all life as we know it being extinct because of the impact of an asteroid has already been explored theoretically in movies, and most of the time, the solution would be to send a nuke to blow that asteroid into smithereens. Is nuclear power the only answer? Well, it seems that European scientists intend to take a slightly different route. Known as the NEOShield Consortium, this particular group remains focused on developing defenses against killer asteroids that could wipe out entire cities upon impact.

To ensure the safety of humanity, Project NEOShield has started to designed a range of massive spacecraft that is known as kinetic impactors. These will be launched from earth itself, achieving a velocity that is high enough to break up any incoming asteroids upon impact. They are keeping their fingers crossed that through this, the targeted asteroid would either be smashed to bits for us to enjoy a meteor shower here on earth, or to slow down or hasten these asteroids enough so that we will be able to chalk it up as yet another near-miss event. The speed that these kamikaze aircraft will travel? Really high, as NEOShield scientists have already managed to accelerate millimeter-sized objects to more than 22,000 miles per hour before sending them to smash into blocks of stone.

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  • Kamikaze Spaceships Could Be Solution To Incoming Asteroids original content from Ubergizmo.

        



    Peripheral Vision 003: Professor John Slough on how nuclear power could get us to Mars in 30 days

    Peripheral Vision 003 Proessor John Slough on how nuclear fusion could get us to Mars

    “We thought of a clever idea of how you might use fusion to do manned space travel,” explains John Slough. The University of Washington research professor discusses such seemingly impossible ideas with the cavalier nature one might otherwise reserve for picking out shirts in the morning. The white-haired academic wore his sandals to the office today, chuckling on occasion about the grandiosity of it all. Here in a nondescript business park in Redmond, WA, Slough and fellow UW staff members think they’ve found the secret to speedy interplanetary travel: small-scale nuclear fusion.

    “A realistic trip to Mars, as NASA has studied extensively, requires 1,680 days,” Slough says, standing in front of the mess of electronics his company has taken to calling The Fusion Engine. “It required 11 launches from the most powerful rockets we have. Those two things would probably eliminate it. It would be something like $20 billion just to put the stuff in space. We thought that if you could exhaust the propellant at a speed that’s comparable to the speed you want to go, which you can do with a different energy source, you can reduce that trip time to as short as 30 days.”

    It’s a lot to wrap one’s head around, how imploding metal can heat plasma to fusion temperature in the neighborhood of hundreds of millions of degrees, but Slough breaks it all down on the latest Peripheral Vision with the patience and simple language of the high school science teacher we all wished we’d had.

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    This Insect Grows Its Own Microscopic Gears to Move Absurdly Fast

    This Insect Grows Its Own Microscopic Gears to Move Absurdly Fast

    When you think of the fastest accelerators in the animal kingdom, large, muscular mammals will probably be the first that come to mind. But steady among them is the inconspicuous adolescent issus, who can hit an acceleration of 400 gs in 2 milliseconds flat (humans lose consciousness over 5 gs)—all thanks to what scientists have now identified as the first biological set of gears ever discovered.

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    NASA Voyager 1 reaches interstellar space: first human-made object to do so

    The 36-year-old probe known as Voyager 1 has official reached interstellar space, a place between star systems which has never before been reached by an object made by humans. NASA has announced that Voyager 1 has reached a point 12 billion miles from our sun – that’s 19 billion kilometers – and it carries with […]