Watch as this video takes you to the farthest galaxy ever detected by #NASAWebb (so far), JADES-GS-z14-0. Read about how the scientists were able to find this galaxy, observed only 290 million years after the big bang: webbtelescope.pub/4bWMXYD

How do we know the universe is expanding? Educators, explore Doppler shift with your high school students and help them calculate the redshift of a supernova, determine its velocity relative to Earth, and find the distance to that object: go.nasa.gov/4clxFME #BackToSchool

#SXSW2025 panel voting is open! Beautiful Webb imagery, signed, sealed, and delivered from NASA to you! 💌 Vote: panelpicker.sxsw.com/vote/150050 #SXSW panel name: “NASA's Love Letter: Stunning Webb Images & More”

Is there life out there? NASA scientists study exoplanets light-years away to learn more about their atmospheres, surfaces, and other conditions to see if they could support life as we know it. Learn more in the newest episode of Astro-Investigates: youtu.be/aPj770zAbaM

Nobody will remember: -how many mirror segments you have -how much data you collect -how far away L2 is People will remember: -the Pillars of Creation -can you point at the Pillars of Creation -are there new images of the Pillars of Creation

Titan: a strange world with seas of methane and ethane. Scientists are using NASA Webb Telescope to take a close look—and developing Dragonfly, a mission to send an octocopter to Saturn’s largest moon. Watch “Other Worlds” on our ad-free streaming service NASA+: go.nasa.gov/4fV9FmG

When’s the last time you took a stroll around the neighborhood? Join Hubble on a trip to meet some of our cosmic neighbors! go.nasa.gov/3Mkn5uW

Here's Webb's look at NGC 346. At left just our Near-Infrared Camera. At right, a composite: infrared (Webb + Spitzer), optical (ESO + Hubble) , and X-rays (Chandra Observatory + XMM-Newton). Fun fact, Hubble can see ultraviolet and infrared as well as visible light!

A star’s habitable zone is the range of distances where conditions may be just right for liquid water to exist on the surface of an orbiting planet. Like toasting a perfectly golden marshmallow on a campfire, it can’t be too hot … or too cold: go.nasa.gov/4dUUqbE