Medicine & TechnologyWhile many were not quite surprised to hear the European Space Agency (ESA) clenched the win for journal Physics World’s Breakthrough of the Year 2014 for its landing of the Rosetta mission’s Philae Lander on a speeding comet 511 million km away, most are also not aware that the list doesn’t just end there.
While many were not quite surprised to hear the European Space Agency (ESA) clenched the win for journal Physics World’s Breakthrough of the Year 2014 for its landing of the Rosetta mission’s Philae Lander on a speeding comet 511 million km away, most are also not aware that the list doesn’t just end there.
Early images of Comet 67P/Churyumov-Gerasimenko described the topography of the space rock, and gave researchers a unique view of the rocky surface. But what ESA astronomers on the Rosetta space team were not expecting was that early black & white images may also be conveying the comet’s truer colors.
After an arduous ten year journey throughout some tough terrain of space, the European Space Agency’s (ESA) Rosetta mission set records this past summer for being the first spacecraft to orbit a comet in mid-flight. And while many expected the mission to reveal a bit more insight into the behavior and composition of comets from the outer edges of our solar system, no one expected to learn exactly how Earth came to be so unique and the perfect host to life, only three planets away from our sun.
For ten years, the European Space Agency’s (ESA) Rosetta Mission has been on a path towards Comet 67P/Churyumov-Gerasimenko in hopes of finding answers to the origins of our solar system. And when the Rosetta Mission’s Philae Lander landed Nov. 12, researchers thought they’d find their answers. But with a myriad of errors and strange complications added to the mixture, the Philae Lander had a tough, short time to collect all of its data.
Yet, even in spite of all the difficulties thrown into the mix, researchers at the ESA announced today that an analysis of Philae’s data reveals “organic” molecules on Comet 67P, much like those found here on Earth.
It’s a $1.62 billion mission who’s fighting against the clock. For more than a decade now, researchers have been hoping that the European Space Agency’s (ESA) Rosetta Mission would give them a better understand and an unseen view of what lies beneath the surface of a comet. And now that they’re there, they fear that time is not on their side.
It’s been a 310 million mile journey from the Earth to its destination Comet 67P/Churyumov-Gerasimenko, so what does the famed Philae lander probe do once it’s made history by being the first to touch down on the surface of a speeding comet? The answer may surprise you.
It’s been a mission ten years in the making, and after a final green light from mission control tonight, the European Space Agency’s (ESA) Rosetta Mission will deploy its handy little lander named “Philae” onto the surface of the far off Comet 67P/Churyumov-Gerasimenko it met up with earlier this summer.
With only a matter of days standing between now and the European Space Agency’s (ESA) Rosetta Mission landing on its host Comet 67P/Churyumov-Gerasimenko, researchers and the ESA are looking towards what the future of the mission may mean for Earth. As the first successful orbit around a comet, speeding through our solar system on its mission around the sun, the ESA is searching for answers not only on the origin of our Earth, but also of our solar system—something they say they will find in a new sci-fi film released this morning, Oct. 24.
It’s been a conversation months in the making. No, it’s not a new iPhone product or what celebrity baby names will be hot this Winter, but rather what to call one of the greatest achievements mankind will make in your lifetime?
Reaching out to the public for a little bit of inspiration in creative names, researchers at the ESA have created an open competition where anyone and everyone can submit their own ideas for what the site should be named.
While Rosetta mission team members are preparing to touch down on the surface for a more up-close view of the comet, Rosetta’s Optical, Spectroscopic and Infrared Remote Imaging System (OSIRIS) is taking a look at the surface from afar. And in the newest batch of images sent back Monday morning, researchers have revealed a large pyramid-shaped boulder standing 82-feet-tall near the intended landing site for Rosetta’s Philae rover.