This illustration shows the swirling clouds identified by the James Webb Space Telescope in the atmosphere of exoplanet VHS 1256 b. The planet is about 40 light-years away and orbits two stars. The planet's clouds, which are filled with silicate dust, are constantly rising, mixing, and moving.
A flare for science > Sixteenth Air Force (Air Forces Cyber) > Newsroom
Capt. Taylor Whitney Aegerter, the Space Weather Flight commander for the 2d Weather Squadron, 557th Weather Wing takes a moment away from studying the sun and the effects it has on the Earth so we could honor her for Women's History Month.
As the nation celebrates National Women’s History Month throughout March, Team Offutt is honoring female Airmen who stand out among their peers.
USSF announces University Consortium Research Opportunity – "xGEO Operations and SDA" > United ...
Innovation in the space industry takes off | MIT Technology Review
In the United Kingdom, all stars are aligning for the space industry to advance, including an active venture capital community, a government cognizant of space tech's potential, and close collaboration.
Joshua Western, CEO and co-founder of Wales-based space manufacturing startup Space Forge believes space to be the most important research frontier of our time.
Hibernation for long human spaceflights is not sci-fi, scientists say | Space
The first hibernation studies with human subjects could be feasible within a decade, a European Space Agency (ESA) researcher thinks.
Such experiments would pave the way for a science-fiction-like approach to long-duration space missions that would see crew members placed into protective slumber for weeks or months on their way to distant destinations.
Pause. Rewind. @NASAWebb may have found sand particles in the atmosphere of planet VHS 1256 b, which orbits a pair… https://t.co/GUfDK7eYhQ NASA (from Pale Blue Dot) Wed Mar 22 22:44:01 +0000 2023
Sand…coarse, rough, gets everywhere. We may have found it on VHS 1256 b, a Tatooine-like world orbiting twin suns.… https://t.co/Y9eOhllbaL NASAWebb (from Lagrange Point 2) Wed Mar 22 14:10:44 +0000 2023
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