Galileo became the first spacecraft to orbit Jupiter on December 7, 1995. For years it gathered incredible images and data. As Galileo began to malfunction and lose power, NASA decided to destroy it intentionally, avoiding the possible transfer of Earth bacteria onto any of Jupiter’s moons via an accidental collision. The probe slammed into Jupiter on September 21, 2003 traveling more than 100,000 miles per hour.
(via (Shia LaBeouf))
I can’t believe I haven’t shared this yet. It’s an immaculate piece of the internet and gives hope that art is not dead.
Tumblr Valentines - The Love God version.
These gradient colored geometric animal cutouts by designers Maik Perfahl and Wolfgang List make great lamp shades, masks or something entirely different! Available in various fun animal shapes like cat, fox, penguin and rabbit, you can really get creative with how you choose to showcase them. Check out Most Likely Shop to see more.
43 years ago, on December 7, 1972, the crew of Apollo 17 snapped a shot of the nearly fully illuminated Earth on their way to the moon. It became an iconic image representing Earth’s frailty and the global activist movements of the 70s.
Since then, no human has been far enough away from Earth to capture the entire globe. But thanks to a satellite called the Deep Space Climate Observatory (DSCOVR) we can now see up to date new blue marble-esque images almost every day.
The satellite monitors solar wind and solar magnetic storms to help scientists better forecast severe space weather events that can actually knock out power here on earth. It sits some 900,000 miles away from earth at Lagrangian Point 1, a place in space the pull of the earth and the sun balance each other out and a satellite can maintain a stable position.
On board, NASA’s Earth Polychromatic Imaging Camera (EPIC) is perpetually staring back at Earth, capturing images of our planet and beaming them home. You can see them at this website.
The Solar System
This is wonderful.
via Phil Plait
Notch another victory for synthetic biology. Researchers report today that they’ve engineered a common laboratory plant to produce the starting material for a potent chemotherapy drug originally harvested from an endangered Himalayan plant. The new work could ensure an abundant supply of the anticancer drug and make it easier for chemists to tweak the compound to come up with safer and more effective versions.
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