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This Is The First Photo Ever Taken of Earth From Space

The first photo of Earth from space was taken on Oct. 24, 1946 (Credit: White Sands Missile Range/Applied Physics Laboratory. HT to Smithsonian Air & Space.)

This is the first photo of Earth taken from space. (Credit: White Sands Missile Range/Applied Physics Laboratory. HT to Smithsonian Air & Space.)

These days we get to see photos of our planet taken from space literally every day. Astronauts and cosmonauts living and working aboard the ISS, weather and Earth-observing satellites in various orbits, even distant spacecraft exploring other planets in our Solar System… all have captured images of Earth from near and far. But there was a time not that long ago when there were no pictures of Earth from space, when a view of the planet against the blackness of the cosmos was limited to the imagination of dreamers and artists and there was nothing but the Moon orbiting our world.

On October 24, 1946, — before Apollo, before Mercury, even before Sputnik — that was no longer the case.

The image above shows the first photo captured of Earth from space, taken by a camera mounted to a V-2 rocket that was launched from the White Sands Missile Range in New Mexico. Taken to the United States by the dozen from Germany after the end of World War II, V-2 (for “Vergeltungswaffe 2″) missiles were used by the US Army to improve on their own rocket designs and also by scientists who were permitted to fill their payloads with experiments.

Read the rest of this article and see some cool video footage of the V-2 launch here.

Surprise: it can snow on Venus! (But it’s made of metal.)

Radar observations of Ovda Regio highlands show bright, reflective "frost" on rising slopes but dark "bare" patches at the highest elevations. (NASA image)

Radar observations of Ovda Regio highlands show bright, reflective “frost” on rising slopes but dark “bare” patches at the highest elevations. (NASA Magellan data)

Our neighboring planet Venus is pretty badass. Sulfuric acid-laden clouds, crushing atmospheric pressure, and broiling surface temperatures soaring to nearly 900 degrees Fahrenheit (480 degrees Celsius) make Earth’s “sister” world quite the alien horror show. And now there may be another strange phenomenon to add to Venus’ list of extreme oddities: heavy metal ferroelectric “snow” covering its highest mountain peaks — but, curiously, only up to a certain height.

Read the rest of my article on Discovery News here.

NASA’s Opportunity rover shows us what a comet looks like from Mars

10-second exposure from Opportunity's Pancam showing comet Siding Spring upon approach (NASA/JPL-Caltech/Cornell U./ Arizona State U.)

10-second exposure from Opportunity’s Pancam showing comet Siding Spring upon approach (NASA/JPL-Caltech/Cornell U./ Arizona State U.)

It may not look like much but it’s actually quite a lot: that bright smudge is Comet C/2013 A1 (Siding Spring) as it approached Mars to make its historic and much-anticipated close pass on Sunday, Oct. 19! The mountain-sized comet shot past Mars at an estimated distance of 88,000 miles traveling about 35 miles a second… that’s 20 times faster than a bullet fired from a 9mm handgun.

While the comet didn’t put on a big show in our sky here on Earth (although some photographers did capture it quite nicely in telescopes) the rovers on Mars and spacecraft in Martian orbit were keeping their electronic eyes on it… and NASA’s Opportunity rover, now nearly 11 years on Mars, was the first to send back a confirmed image!

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Nobody Makes a Picture of Mars Quite Like MOM

Image from India's Mars Orbiter Mission's Mars Colour Camera (Credit: ISRO)

Image from India’s Mars Orbiter Mission’s Mars Color Camera (Credit: ISRO)

If you’re loving this fantastic image of the Red Planet as much as I am, then be sure to give thanks to MOM!

Don’t call home just yet though; this is a view from India’s Mars Orbiter Mission – MOM for short – which successfully entered orbit around Mars on September 24 after a ten-month journey to meet up with our neighboring planet.

(Of course if you want to call your own mom I’m sure she’d love to hear your voice.)

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Spacecraft’s Selfie is Photobombed by a Comet

Part of ESA's Rosetta and comet 67P/C-G taken by the Philae lander on Sept. 7, 2014 (ESA/Rosetta/Philae/CIVA)

Part of ESA’s Rosetta and comet 67P/C-G taken by the Philae lander on Sept. 7, 2014 (ESA/Rosetta/Philae/CIVA)

In-situ spacecraft “selfies” are always a treat and this one is awesome times two: taken by the Philae lander piggybacked onto ESA’s Rosetta, it shows one of the spacecraft’s 14-meter-long (46-foot) solar arrays glinting with reflected sunlight while off in the distance is the “rubber duckie” Comet 67P/Churyumov-Gerasimenko!

Read more about this image here.

Space Mountain!

A mountain of ice and rock on Comet 67P/C-G

A mountain of ice and rock on Comet 67P/C-G

Where do you suppose this rocky, jagged peak is located? Sierra Nevada? The French Alps? The Himalayas? Actually this craggy mountain is located much, much farther away than any of those Earthly ranges (although it’s currently getting closer by the day) – this is a peak on the 4-km-wide nucleus of Comet 67P/Churyumov-Gerasimenko, imaged by ESA’s orbiting Rosetta spacecraft 435 million km away!

I wonder when ski season opens?

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Astronomers Identify an Exoplanet in the Process of Formation

Illustration of the young massive star HD100546 and its surrounding disk (P. Marenfeld & NOAO/AURA/NSF)

Illustration of the young massive star HD100546 and its surrounding disk. Click here for more information. (P. Marenfeld & NOAO/AURA/NSF)

Here at Lights In The Dark I typically keep the articles and information to exploration occurring within our Solar System. But there have been amazing advances in the discovery of worlds far beyond our own family of planets and this recent news is quite fascinating: astronomers have spotted what appears to be a large gaseous exoplanet in the process of formation around a star only 335 light-years away — literally one of our own cosmic neighbors! Not only is this serendipitous, but also provides insight to how the planets and moons in our own Solar System may have formed, 4.6 billion years ago.

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