Watch Curiosity Land on Mars in Realie Vision!

NASA’s latest wonder-probe to Mars, Curiosity, is scheduled to land on Mars at 10:31 p.m. EDT, on the night of August 5th. Be there, and don’t even think about being square. NASA has worked out a way for folks online to experience the event using some kind of 3D software on their computers, and even on their Xbox game sets. Who says NASA doesn’t have a sense of wonder? Go here to see all the different activities they’ve worked out for folks to do in connection with the Mars landing, or here to get set up with the Unity Web Player to experience the landing to full effect. They’re encouraging people to start getting set up now, so everyone isn’t crashing the servers getting set up on the night of the 5th. Go here if you want to learn more about the mission.

Just how exciting could this landing be? After all, we’ve landed on Mars before. But not like this. Take a look at this video to see just how difficult this feat really is. If this doesn’t get you pumped, better check to see if you still have pulse. Pop it up to full screen if you can.

If you have trouble viewing it on this page, go to the source.

Venus Video Montage

Mars shouldn’t get all the glory. I used to travel to both planets regularly in my head, via the great stories I read. One of my favorites, when I was about twelve, was the Tom Corbett Space Cadet book, Revolt on Venus.

Venus just made the last transit across the face of the sun that will be visible from Earth this century. Here’s a lovely montage of video images in various wavelengths taken and edited together by NASA. Who says NASA has no poetry in its soul? You can make it full screen for best effect.

View on youtube

And just for fun, here’s a time-lapse shot from the last transit, in 2004, showing the International Space Station and Venus making a transit across the face of the sun, almost as if in formation.

We’re Doomed!

posted in: astronomy, science, space 0

Scientists have confirmed: the Andromeda galaxy (M31) is on a collision course with our own Milky Way galaxy. When the centers of the two galaxies collide, or even shear past each other if it’s a near-miss, there’s going to be an awful lot of cosmic smacking around happening. Eventually the two galaxies will probably merge, turning two beautiful spirals into a huge elliptical blob. It’s hard to say what will happen in our corner of the action, about two-thirds of the way out from our galactic center. It’s possible that it’ll just be a mind-blowing light show. But I’m not counting on it.
This could happen in the next four billion years. We’ve still got time to pack. But we’re fools if we don’t get working on that star drive right now.
Here‘s an artist’s conception of what it might look like, mid-tango. See it bigger at Astronomy Picture of the Day. And see what the stages of the collision might look like here, where you can also read more about it.
Seems to me there should be a good science fiction story in this. Probably more than one.

When Mining Asteroids, Don’t Forget Your Trusty Dog

The recent arrival of the privately designed-and-built Dragon space capsule at the International Space Station dovetails nicely with another recent event: the announcement of a privately funded initiative called Planetary Resources, Inc., to seek out and mine near-Earth asteroids.

Both dovetail nicely with my own initiative: the release of my short story “Dog Star” as a standalone ebook. The dovetailing has to do with the fact that “Dog Star” is about a young asteroid miner who finds himself grounded on just such as asteroid, just him and his disabled ship… and his trusty “smartmutt,” an enhanced border collie named Sam. Dogs who can discuss astrophysics with you while thinking about digging on an asteroid aren’t a dime a dozen even in this future. Sam has to prove his mettle while helping his human dig his way out of this life-threatening jam.

This is a reprint of a story that first appeared as part of an online science-oriented anthology of stories called Diamonds in the Sky, which was funded by the National Science Foundation to help further the cause of science education, particularly in astronomy. (This new release has a couple of minor corrections from the text as it was released in the anthology.)

Gretchen, the student who has been working with me, helped get “Dog Star” up for sale on the last day of her interning stint. (Thanks, Gretchen!) It’s now free at Smashwords, and you can also get it in the Kindle and Nook stores.

Kindle | Nook | Smashwords (free!)

“Dog Star” will also appear in my forthcoming short story collection, Reality and Other Fictions, which is rapidly moving toward completion. I hope to make an announcement about that in the next few weeks. It will contain about half my published stories, including a couple not released as standalone ebooks. The other half will follow in Going Alien, soon after.

Mine the Asteroids!

The gold rush has officially begun: the mining of the asteroids. Science fiction writers have been predicting it for decades.* Now some seriously hard-hitting billionaires and technical people are joining forces to make it happen, through a privately funded initiative called Planetary Resources, Inc. Investors include filmmaker and explorer James Cameron (yes, he who just dove the Mariana Trench), the founders of the X-Prize Foundation, Google executives Larry Page & Eric Schmidt, Ross Perot, Jr., and others. Technical people include—well, for example, the chief engineer is Chris Lewicki, who was Flight Director for NASA’s Spirit and Opportunity Mars rover missions.

They’re seriously planning to robotically explore and mine near-Earth asteroids, seeking precious metals, such as platinum-family metals, and water (very precious in space, very expensive to lift into orbit). From the Planetary Resources website:

“Initial space resource development will focus on water-rich asteroids. Water is the essence of life and exists in plentiful supply on asteroids. Access to water and other life-supporting volatiles in space provides hydration, breathable air, radiation shielding and even manufacturing capabilities. Water’s elements, hydrogen and oxygen, can also be used to formulate rocket fuel.”

Here’s a summary of a recent report suggesting that the technology to do this is available or nearly so. 

I think this is one of the most exciting developments in space exploration since the Apollo lunar landings. For more details, visit the Planetary Resources website. For a highly readable but expert analysis, read Phil Plait’s Bad Astronomy blog post: Breaking: Private company does indeed plan to mine asteroids… and I think they can do it.

I’m not an investment speculator, but if they were selling shares, I’d be in for a share today.

*My own short story, Dog Star, is based on the premise that we’ll be actively mining near-Earth asteroids; also, on the smarts of border collies.

NASA Cuts: What Is Obama Thinking?

Congress is right now considering future budgets for the funding of our space program, and it’s got me extremely worried. The Obama administration has proposed deep cuts, especially for planetary sciences. This is crazy, stupid, and short-sighted, and I call upon Congress to turn this thing around—please! Let’s continue funding our world-class space program, especially for space and planetary sciences, which since the Apollo days have been the capstone of American scientific exploration. The U.S. has already pulled out of one important international planetary mission, based just on the proposed budget. It would be a travesty to cancel other cutting-edge space missions.

It’s practically a given most of the American public thinks we spend a lot more on the space program than we actually do. In fact, NASA’s budget has always been a drop in the bucket compared to the Defense Department’s. Even at the height of the relatively extravagant days of the Apollo Moon landing program, the space program only accounted for a few percent of the federal budget. Since then it’s been sharply cut back. And now they want to cut it back even further. This despite the fact that every dollar spent on space helps to stimulate the economy, maintain our leadership in science and technology, inspire young scientists and engineers—and that’s in addition to advancing our knowledge of the universe, and laying the groundwork for a future spacefaring civilization.

The Obama budget would put the brakes on all of this. And when you put the brakes on a programs like this, you don’t just slow things down, you cause enormous disruption to long-range endeavors and put highly trained people out of work, people whom you might not be able to get back a few years down the road. I’m an Obama supporter, but this may be his administration’s single most misguided action.

To voice your support of space exploration, contact your Congress critter. One way you can do that is by signing on with the message from the Planetary Society, which you can dispatch to your representatives here.

Have an Astronomically Romantic Valentine’s Day!

Settle in with a mug of good coffee or hot chocolate, pop the video up to full-screen, set the sound to romantically soft, and enjoy this with a friend (real or imaginary). From Randy Halverson of dakotalapse.com.


Temporal Distortion from Randy Halverson on Vimeo. (Click and scroll down to read about what you’re seeing, and how it was done. Also, note the composer of the music: Bear McCreary of BSG fame.)

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