Copernical Team
Shocked quartz reveals evidence of historical cosmic airburst
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Researchers continue to expand the case for the Younger Dryas Impact hypothesis. The idea proposes that a fragmented comet smashed into the Earth's atmosphere 12,800 years ago, causing a widespread climatic shift that, among other things, led to the abrupt reversal of the Earth's warming trend and into an anomalous near-glacial period called the Younger Dryas.
Now, UC Santa Barbara emeritu Surprising phosphate discovery in Bennu asteroid sample
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Scientists have eagerly anticipated the analysis of the 4.3-ounce (121.6-gram) pristine asteroid Bennu sample collected by NASA's OSIRIS-REx (Origins, Spectral Interpretation, Resource Identification, and Security - Regolith Explorer) mission since it arrived on Earth last fall. Researchers hoped this material would reveal secrets of the solar system's past and the prebiotic chemistry that could Perseverance Engineers Revive SHERLOC Instrument on Mars Rover
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After six months of diligent effort, the SHERLOC instrument on NASA's Perseverance Mars rover is operational again, enabling the rover to continue its search for ancient microbial life.
The SHERLOC (Scanning Habitable Environments with Raman and Luminescence for Organics and Chemicals) instrument recently analyzed a rock target with its spectrometer and camera for the first time since enco 20 Years after 'Hyper-X', UVA team makes NASA hypersonic breakthrough
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What if the future of space travel were to look less like Space-X's rocket-based Starship and more like NASA's "Hyper-X," the hypersonic jet plane that, 20 years ago this year, flew faster than any other aircraft before or since?
In 2004, NASA's final X-43A unmanned prototype tests were a milestone in the latest era of jet development - the leap from ramjets to faster, more efficient scram NASA picks SpaceX to carry ISS to its watery graveyard after 2030
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NASA on Tuesday said it had picked SpaceX to build a vessel to carry the International Space Station back through Earth's atmosphere and on to a final resting place in the Pacific Ocean after it is retired in 2030.
Elon Musk's company has been awarded a contract with a potential value of $843 million to develop and deliver the spaceship, dubbed the US Deorbit Vehicle.
"Selecting a US Deo A first: EarthCARE reveals inner secrets of clouds
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Less than a month after it was launched, ESA’s EarthCARE satellite has returned the first image from one of its instruments – an image that, for the first time from space, unveils the internal structure and dynamics of clouds.
This remarkable first image, captured by the satellite’s cloud profiling radar, offers a mere glimpse of the instrument's full potential once it is fully calibrated.
Proba-2’s glimpse of home
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Proba-2’s glimpse of home Why NASA astronauts are delayed at the space station after Boeing Starliner launch
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When two veteran NASA astronauts blasted off on a test drive of Boeing's new capsule, they expected to head home from the International Space Station in a week or so.
It's now three weeks and counting for Butch Wilmore and Suni Williams as NASA and Boeing troubleshoot equipment problems that popped up on the way there.
Three potential landing dates were called off and their flight home is now on hold.
This week, Boeing said the Starliner capsule's problems aren't a concern for the return trip and "the astronauts are not stranded.
The space bricks have landed
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ESA scientists have been exploring how a future moon base might be built from materials on the lunar surface. Inspired by LEGO building, they have used dust from a meteorite to 3D-print "space bricks" to test the idea. ESA's space bricks are on display in selected LEGO Stores from 20 June to 20 September, helping to inspire the next generation of space engineers.
The idea seems simple. Rather than take building materials all the way to the moon, we could use what is already there to construct a moon base. The surface of the moon is covered with a layer of rock and mineral fragments known as lunar regolith.
NYU Abu Dhabi Scientists Unveil Insights on Solar Heat Transport
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Researchers from NYU Abu Dhabi's Center for Astrophysics and Space Science (CASS), led by Research Scientist Chris S. Hanson, Ph.D., have made significant progress in understanding the sun's supergranules. These flow structures play a crucial role in moving heat from the sun's interior to its surface. The study challenges the existing models of solar convection.
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