The company Made In Space, Inc. has received money from NASA to research their Project RAMA: Reconstituting Asteroids into Mechanical Automata.
They write, “The objective of this study is… to establish the concept feasibility of using the age-old technique of analog computers and mechanisms to convert entire asteroids into enormous autonomous mechanical spacecraft.”
In other words, they’ll use robot 3D printers to re-shape asteroids into mechanical spaceships, moving them into strategic orbits around the planet, or crashing them into bigger, Earth-threatening asteroids.
For a more thorough description of this, and other 2016 NASA Innovative Advanced Concepts (NIAC) program fund recipients, read “NASA’s Project RAMA Would Use Asteroids to Play Asteroids” at TheDrive.com.
And, here’s the Project RAMA description at nasa.gov.
As 2015 draws to a close, Atari Asteroids.net is pleased to name Don Yeomans as its first ever Person of the Year. Why? Because while some of us have been targeting vector-based asteroids, he’s been doing the real thing.
Yeomans joined NASA’s Jet Propulsion Laboratory in 1976, and managed the Near-Earth Object Program Office from its establishment almost 17 years ago until his retirement in January, 2015. They “coordinate NASA-sponsored efforts to detect, track and characterize potentially hazardous asteroids and comets that could approach the Earth.”
Yeomans says: “When I began doing this, asteroids were considered little more than vermin of the solar system, irritants that occasionally got in the way of astronomers taking pictures of some distant galaxy. While times certainly have changed, two things about near-Earth objects remain the same. We need to find them before they find us and tell everybody about them as efficiently and as clearly as possible.”
Yeomans received the 2013 Carl Sagan Medal from the American Astronomical Society (AAS) for his work. Article here.
He also wrote Near Earth Objects: Finding Them Before They Find Us, which has all sorts of good information about types of asteroids and how we find them.
So here’s the scenario: you’re out trick-or-treating on Halloween night, and there’s the usual assortment of pirates, zombies, and Boba Fetts. When all of a sudden, you round a corner and come face to face with Asteroid TB145!!! Sure, it’s passing 1.3 lunar distances from Earth, but it still wants candy and is close enough to TP your house if it doesn’t get any.
For more deets, visit NASA JPL.
On January 26, 2015, asteroid 2004 BL86 will pass 3 lunar distances from Earth — not nearly as harrowing as when 2005 YU55 zipped past in 2011, but still close enough to excite scientists, who will study the asteroid with microwaves.
The asteroid should be close enough to Earth for amateur astronomers to see it with small telescopes and large binoculars, and for professional astronomers to reheat leftovers on the asteroid surface.
Check out other real asteroid news on AtariAsteroids.net.
It’s the 2012 U.S. presidential race, and one topic is glaringly absent from the public discourse: where do the candidates stand on asteroids?
Let’s look at the incumbent’s record. Two years ago, at the “Conference on the American Space Program for the 21st Century” at Kennedy Space Center, President Obama said that by 2025, “We’ll start by sending astronauts to an asteroid for the first time in history.”
Watch here (it’s cued up to the good part):
Perhaps the most important goal set by any U.S. president in recent history.
Romney on space: “A strong and successful NASA does not require more funding, it needs clearer priorities. I will ensure that NASA has practical and sustainable missions.”
Salzburg says, “If I worked for NASA, I’d be worried.”
Meanwhile, Obama re-states his goals for a manned mission to an asteroid: “This exciting work will lead us to important new discoveries and take us to destinations we would have never visited.”
So to conclude, President Obama appears stronger on asteroids than Romney; however, both candidates trail woefully behind Scotland for inspired plans about asteroids — specifically, blowing them up. Read about that here.
It’s been just over a year since NASA’s Dawn spacecraft went into orbit around the giant asteroid Vesta, and today it leaves Vesta for the dwarf planet Ceres. The spacecraft took extensive photos to learn all about the asteroid, but didn’t blow it up. What gives, NASA?
Here’s an official “Farewell, Vesta” video: a fly-over compiled from images taken throughout the year. We asked JPL, and they said they’ll probably release the 3D data to the public once it’s all organized — which could be cool for 3D artists or designers. (Remember, kids, all NASA media is public domain). For more info about the mission, visit the official Dawn site.
On November 8, 2011, an asteroid named 2005 YU55 (hereinafter referred to as “Yolanda”) will pass .85 lunar distances from the Earth — closer than the moon! It has a 400 meter diameter, the size of an aircraft carrier, and is dark and nearly spherical. [Click the image above for an animated view of the asteroid’s path].
At its closest, Yolanda will be visible from the Earth’s southern hemisphere. Officials are employing one of the coolest-looking telescopes — Arecibo, star of “Goldeneye” and “Contact” — to create an extraordinarily detailed image and 3D model of the asteroid as it zips by.
Yolanda is classified as a “potentially hazardous object,” but it will not hit the Earth or moon. The only defensive action being taken on Tuesday is the introduction of Tobii Technology’s new eye-controlled version of Asteroids at Dave and Buster’s in Times Square. Read that story here.
The next time an object will pass this close to Earth (that we know about) is 2028, when asteroid (153814) 2001 WN5 will pass to within 0.6 lunar distances. In the mean time, we recommend that you find your nearest Atari Asteroids arcade machine and do your part.
NASA Near Earth Object Program page on Yolanda: http://neo.jpl.nasa.gov/news/news171.html
Observations from NASA’s Wide-field Infrared Survey Explorer (WISE) reveal that there are fewer near-Earth midsize asteroids than originally thought (link). It seems the photon cannons are working.
WISE is also searching for the origins of the dinosaur-killing asteroid. NASA’s caption for this artist’s rendition reads:
Scientists think that a giant asteroid, which broke up long ago in the main asteroid belt between Mars and Jupiter, eventually made its way to Earth and led to the extinction of the dinosaurs. Data from NASA’s WISE mission likely rules out the leading suspect, a member of a family of asteroids called Baptistina, so the search for the origins of the dinosaur-killing asteroid goes on.
But check out these actual pictures taken by WISE. Stunning. A wide-field infrared imager is the way to photograph space.
Almost four years ago, NASA launched the robotic spaceship Dawn toward the asteroid belt. In the early hours of Saturday morning (July 16, 2011), it reached its first destination: the GIANT ASTEROID / protoplanet, Vesta.
Dawn will use its photon canon to blast Vesta into small pieces, and then smaller pieces, until it is completely vaporized.
Dawn will actually spend one year in orbit, checking out the asteroid with a visible camera (taking 3D pictures), a visible and infrared mapping spectrometer, and a gamma ray and neutron spectrometer. Then it heads off to the icy dwarf planet Ceres, where it will hang out doing the same thing from February to July, 2015.
The robotic spaceship uses an ion thruster propulsion system burning Xenon fuel, like the one NASA used on the Deep Space 1 mission. We are not making these words up, people! Read that sentence again. This is the future!
Vesta was the 4th asteroid ever discovered, back in 1807. It’s 330 miles across, the size of Arizona, and chunks of it have broken off (presumably as the result of photon canon blasts) and actually reached Earth as meteors. The mission’s goal is to learn more about how the solar system formed, and already, the images sent back a few days ago are looking pretty sharp. We’ll check in throughout the year to see how things are going.
The final Space Shuttle mission is currently underway, 30 years after the first one went up. People are IN SPACE. For REAL. No asteroids, but they’re doing some serious tinkering up there. It’s all streaming live on the NASA TV website (that image is a frame-grab).