You're listening to 13 billion years' worth of data. 👂 The galaxies in this Hubble Ultra Deep Field image from 2014 are represented in sound! We hear a note for each galaxy when it emitted the light captured in this image; the farther the galaxy, the longer it took for its light to reach Hubble. #DeepFieldWeek You can learn more about this sonification in a recent episode from NASA’s Curious Universe! Take a “deep” dive at https://go.nasa.gov/3xgfH9W 🎧 Sonification credits: SYSTEM Sounds (M. R

APOD: A Flight through the Hubble Ultra Deep Field (2020 Jul 26) Video Credit: NASA, ESA, F. Summers, Z. Levay, L. Frattare, B. Mobasher, A. Koekemoer and the HUDF Team (STScI) https://apod.nasa.gov/apod/ap200726.html https://www.youtube.com/watch?v=PDMp8a-YNe0 Repost with active video Explanation: What would it look like to fly through the distant universe? To find out, a team of astronomers estimated the relative distances to over 5,000 galaxies in one of the most distant fields of galaxies ev

⏪ Back in time. Hubble deep fields are like time machines that allow us to peer back in time to some of the earliest moments in our universe. Because the light we see here took billions of years to reach us, we see these galaxies as they were billions of years ago. This “fly-through” of the Hubble Ultra Deep Field represents one of the deepest views of our cosmos. Hubble’s spectacular technology reveals this breathtaking portrait featuring galaxies of all shapes, sizes, colors, and ages, includi