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Today, I met with the Space and Aeronautics Subcommittee to discuss the incredible work #NASAScience is doing to protect our planet from potentially hazardous near-Earth objects (NEOs). While there are currently no known NEOs that pose a risk to Earth within the next 100 years,

We wish a happy 100th birthday to the late Dr. Nancy Grace Roman, the namesake of NASA’s next flagship astrophysics mission, which is on track to launch by May 2027. Dr. Roman's passion and dedication drove the development of telescopes like Hubble, NASA Webb Telescope, and now

Will the Sun ever burn out? Not exactly. It’ll expand into a red giant, then shrink into a white dwarf — a small, hot, dim remnant of its former self. A NASA scientist explains our Sun’s long future. Learn more about the Sun: nasa.gov/sun

The upcoming NISAR mission, a collaboration between NASA and @ISRO, will be the first satellite mission to collect radar data in two microwave bandwidth regions to measure changes of our planet’s surface. This allows us to observe a wide range of Earth processes from the flow

.NASA’s Lunar Reconnaissance Orbiter Camera has captured images of the planned landing site for ispace’s RESILIENCE lunar lander, scheduled to touch down no earlier than June 5, 2025. The site lies within Mare Frigoris, a volcanic region on the Moon that formed more than

Time to take a bite out of "Krokodillen!" I'm exploring a new area that has been on my science team's wish list for a while. The rocks here formed before Jezero Crater was created and could include some of the oldest rocks on Mars. go.nasa.gov/4kwyuHb

Growing plants in space is key for future Moon and Mars missions—but watering them isn’t easy in microgravity: bubbles don’t rise, and droplets don’t fall. Learn how a series of NASA Space Science experiments is tackling this issue aboard the International Space Station: go.nasa.gov/4dnSzNj

Tomorrow, Thursday, May 22, the SpaceX Dragon spacecraft will undock from the International Space Station, returning to Earth with valuable scientific samples and hardware. From experiments studying how various materials react to space to a successful tech demo to capture objects in

How did life begin on Earth? It’s one of the biggest questions in science. NASA’s Dragonfly mission, launching no earlier than 2028, is heading to Titan—Saturn’s icy moon that may hold some clues. About the size of a car, Dragonfly will fly across Titan’s surface, exploring an

Nine students. One frozen Alaskan sky. From eclipse outreach to chasing auroras, learn how these NASA Eclipse Ambassadors turned wonder into purpose through science: go.nasa.gov/3SOacwj

Ready to help scientists study noctilucent clouds and to learn how human activities affect our atmosphere? Join NASA Citizen Science’s Space Cloud Watch project by observing the sky and uploading your own photos of noctilucent clouds to the project website: 🔗 go.nasa.gov/43uF21W

How big is space? Bigger than you think. And then some. A NASA scientist explains what we know — and don’t know — about the size of the cosmos. Explore more about the universe: go.nasa.gov/3Slqfl8

This #MemorialDay, we honor the brave souls who gave everything for our nation. Their sacrifice echoes through time like starlight, their legacy shines on in the vast cosmos.

Did you know that changes in nearby tree leaves can indicate when a volcano becomes more active and might erupt? New research from NASA and the Smithsonian Institution suggests that we can now detect these changes from space. More: go.nasa.gov/3HaEZAY

On the ISS, bubbles don’t rise, tools float away and air doesn’t move on its own, so experiments in space need to be reimagined from the ground up. A NASA scientist explains how we do research in zero gravity. Learn more about science on International Space Station: go.nasa.gov/3HcDxyd

Where did Mars' water go? And why? These questions have long puzzled scientists. Now, after a decade of searching, NASA Mars’ MAVEN has made the first direct observation of an elusive atmospheric escape process known as sputtering, offering new insight into the Red Planet’s

This month’s #NASAScience image features Cassiopeia A, one of the most studied supernova remnants. Using data from Chandra Observatory and NASA Webb Telescope, researchers have uncovered previously unseen structures within the stellar debris, offering new insights into the complex aftermath of a

Two #NASAScience technologies are key components of a new high-resolution sensor for observing wildfires. This tiny sensor could be used by a constellation of small satellites to provide first responders with detailed wildfire data in less than an hour: go.nasa.gov/3HhHwJQ

Three black holes have been caught snacking on stars, thanks to a new study combining many different telescopes including from NASA, @ESA, and other institutions. These events will help us gain new insights into galaxy and black hole evolution: go.nasa.gov/43LIJAG

NASA NASA Goddard Dr. Nicky Fox NASA Earth That's a wrap! 🎬 Check out more highlights from the Global Winners Celebration on the #SpaceApps Instagram page: bit.ly/3RaW93A