Here’s a photograph we’ve all taken… only in our bathroom mirror. NASA astronaut Michael Fincke shot this photograph with what looks like one of the Nikon DSLRs on board using a reflective-portion of the International Space Station. This means he shot a self-portrait roughly 200 miles above the ground while zipping around the planet at 17,000 mph.
You’ve probably seen gigapixel photos and timelapse videos before, but how about a fusion of the two? Researchers at Carnegie Mellon University have a project called GigaPan Time Machine that features gigapixel time-lapse videos of things ranging from plants growing to a university carnival. They also set up a wiki describing how you can create your own time-lapse using a GigaPan Pro.
GigaPan Time Machine (via Engadget)
After a seven year journey that involved being slingshotted around the planets in our solar system, NASA’s MESSENGER probe entered Mercury’s orbit on March 17th, 2011. Yesterday the probe beamed back the first photograph ever taken of the planet from orbit (seen above).
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Those epic photographs of stars and galaxies that you see on sites like NASA’s Astronomy Picture of the Day don’t actually look like that straight out of the camera. Instead, a good deal of post-processing magic goes into each photograph. How much magic? Countless black and white photographs shot with different cameras are carefully weaved together, and color is added to enhance the final image. The video above gives a quick and interesting two minute tour of how they post-processed one particular photo in Photoshop.
(via PhotoWeeklyOnline)
NASA has a long history of using Hasselblad cameras in space and, interestingly enough, you can download the Astronaut’s Photography Manual used to train astronauts from Hasselblad’s website. It covers everything from operating the Hasselblad 500EL/M to composition, using situations unique to astronauts in its examples and illustrations.
Who knows — perhaps if space tourism starts taking off you might soon find this manual invaluable!
You probably won’t believe this, but this fly-by video of Saturn wasn’t created with 3D computer graphics. Instead, it was created using thousands of high-resolution still photographs captured by the Cassini orbiter.
(via kottke.org)
Nikon created this short video to introduce the various Nikon cameras that have been used during space exploration. The music is pretty cheesy, but it’s pretty interesting if you’re into this kinda thing.
Some battery chargers (e.g. those that come with Canon’s pro and prosumer cameras) plug directly into the wall and have prongs that fold into the charger, while others (e.g. the Canon T2i charger) connect to the wall via a removable cable. Though this may be more space efficient when connecting to a socket or surge protector, the extra chord takes up space and can be a hassle. CheesyCam has a clever solution: use an Apple wall plug duck head adapter to transform the charger into a wall charger.
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Luke Geissbuhler and his kids decided they wanted to send an HD video camera high into the stratosphere, so they spent eight months researching and testing for their project before finally launching their Go Pro Hero HD-laden balloon from Newburgh, New York. The balloon rose for 70 minutes to a height of 100,000 feet (19 miles) above the Earth before popping.
The video includes audio, so you get to experience what it looks and sounds like to be floating 19 miles above the Earth, surrounded by the blackness of space.
(via Photojojo)
Viral marketing agency The Viral Factory is helping Samsung with an experiment in which they’re planning to drop 100 SD cards attached to paper airplanes from 21 miles above the Earth in the stratosphere. Instructions will be printed on the paper airplane informing anyone who finds one of the experiment and what they can do to participate. Finders are encouraged to shoot with the cards and then upload anything taken to the Project Space Planes website.
The claim that the planes will “carry the messages across the world” is a bit farfetched, but supposedly the planes could potentially travel hundreds of miles depending on the wind conditions. The experiment is planned for mid-October.
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