Selfies September 17, 2014 Selfies Lavie Tidhar Smile for the camera. When Gods and Vampires Roamed Miami September 16, 2014 When Gods and Vampires Roamed Miami Kendare Blake A Goddess Wars story As Good As New September 10, 2014 As Good As New Charlie Jane Anders She has three chances to save the world. Tuckitor’s Last Swim September 9, 2014 Tuckitor’s Last Swim Edith Cohn A hurricane is coming.
From The Blog
September 18, 2014
Cast As Thou Wilt: Kushiel’s Dart Dream Cast
Natalie Zutter
September 17, 2014
How Goldfinger Bound Sci-Fi to James Bond
Ryan Britt
September 15, 2014
Rereading the Empire Trilogy: Servant of the Empire, Part 1
Tansy Rayner Roberts
September 13, 2014
If You Want a Monster to Hunt, You’ll Get It. Doctor Who: “Listen”
Chris Lough
September 11, 2014
The Ghostbusters are an Antidote to Lovecraft’s Dismal Worldview
Max Gladstone
Showing posts by: alison wilgus click to see alison wilgus's profile
Tue
Jul 16 2013 10:00am
Original Comic

Experience NASA Firsthand—Rocket Launch Included—In This New Comic

Alison Wilgus

Our resident space blogger and graphic novelist Alison Wilgus got to visit NASA this year for a rocket launch and recently completed a full comic book about her experience!

Flip through and read about what it’s like to actually work at NASA, how Twitter works in space, and what it’s like to know that everything you do is pushing the human race forward bit by bit.

[A NASA comic by Alison Wilgus]

Fri
Apr 26 2013 1:00pm

Ever Upward: The Case for Liquid Water on Mars

Dark streaks on Martian Surface NASA/JPL/University of Arizona

Since Mariner 9 entered Martian orbit in 1971, we’ve been gathering evidence of Mars’ wet history. Early on, satellite mapping revealed ancient land forms carved by water; more recently, data from the Phoenix Lander, Mars Reconnaissance Orbiter, Mars Odyssey and Mars Express have shown us conclusively that large amounts of water ice are locked away at the poles and under the Martian regolith, sometimes quite close to the surface. Because of the extremely low atmospheric pressure, the prospects of finding liquid water on modern-day Mars haven’t been good. But observations made by a team at the University of Arizona have sparked fresh hope that Mars might be wetter than we’d thought.

[Read more]

Wed
Mar 20 2013 2:00pm

Ever Upward: Martian Discoveries and the Logistics of Curiosity

MSL Curiosity self-portrait from the drill site, an ancient Martian riverbed—NASA/JPL

In the alternate universe where I pursued a STEM-centric career instead of banging my head against the entertainment business, I would absolutely have been an engineer. I love the problem-solving physicality of it, and the struggle between what has to be accomplished and the constraints any solution must fit within; my fascination with aerospace is due in large part to my love of watching very smart people tinker their way through comically difficult problems. Whenever I hear that some new discovery has been made in the investigation of our solar system, my first reaction is to wonder, “Yes, but how?”

[Read more]

Tue
Mar 5 2013 4:00pm

Ever Upward: LADEE Captures the Primal Lunar Sky

Ever Upward: LADEE Captures the Primal Lunar SkyAs a long-time Space Nerd trying to manage her expectations, it’s easy for me to settle into a cocoon of pessimism when it comes to the prospect of boots on the surface of the moon and Mars. After all, no concrete plans for a crewed mission beyond low Earth orbit are in the pipeline—we’re still in the early stages of rebuilding our manned spaceflight infrastructure, and the maiden un-crewed flight of the new heavy-lift “Space Launch System” isn’t slated until 2017. And yet, quietly and with little fanfare, NASA is inching its way toward our return to the moon one tiny satellite at a time.

The latest of which is LADEE—the Lunar Atmosphere and Dust Environment Explorer—set to launch between August and October of 2013. It’s a smallish, unassuming satellite, weighing only 383 kg and standing just under two meters tall. But it has more than its share of jobs to do in the 130 days between its arrival in lunar orbit and its scheduled crash landing on the moon’s surface.

[Read more]