Hubblle
@nasahubble1.bsky.social
The official X account for the NASA Hubble space Telescope, managed operated by NASA's Goddard space Flight Center
Take a moment to unwind...
This #HubbleClassic view features the spiral galaxy NGC 2985, located 70 million light-years from our solar system.
Its tightly wound spiral arms whirl outward from the galaxy's bright core. Find out more: go.nasa.gov/3Z3jKYr
This #HubbleClassic view features the spiral galaxy NGC 2985, located 70 million light-years from our solar system.
Its tightly wound spiral arms whirl outward from the galaxy's bright core. Find out more: go.nasa.gov/3Z3jKYr
November 22, 2024 at 3:38 PM
Take a moment to unwind...
This #HubbleClassic view features the spiral galaxy NGC 2985, located 70 million light-years from our solar system.
Its tightly wound spiral arms whirl outward from the galaxy's bright core. Find out more: go.nasa.gov/3Z3jKYr
This #HubbleClassic view features the spiral galaxy NGC 2985, located 70 million light-years from our solar system.
Its tightly wound spiral arms whirl outward from the galaxy's bright core. Find out more: go.nasa.gov/3Z3jKYr
NGC 3169 looks pretty dusty.
This galaxy's spiral arms are full of cosmic dust, which is made up things like the leftovers of star and planet formation, and molecules modified by interactions with starlight.
For more on this #HubbleClassic view: go.nasa.gov/4hXSQbC
This galaxy's spiral arms are full of cosmic dust, which is made up things like the leftovers of star and planet formation, and molecules modified by interactions with starlight.
For more on this #HubbleClassic view: go.nasa.gov/4hXSQbC
November 22, 2024 at 2:18 AM
NGC 3169 looks pretty dusty.
This galaxy's spiral arms are full of cosmic dust, which is made up things like the leftovers of star and planet formation, and molecules modified by interactions with starlight.
For more on this #HubbleClassic view: go.nasa.gov/4hXSQbC
This galaxy's spiral arms are full of cosmic dust, which is made up things like the leftovers of star and planet formation, and molecules modified by interactions with starlight.
For more on this #HubbleClassic view: go.nasa.gov/4hXSQbC
Hot off the press 🔥
Using Hubble's unique ultraviolet capabilities, astronomers studied the young star FU Orionis.
They found that the inner disk, touching the star, is way hotter than expected — almost three times hotter than our Sun's surface: go.nasa.gov/3ZgtVJ3
Using Hubble's unique ultraviolet capabilities, astronomers studied the young star FU Orionis.
They found that the inner disk, touching the star, is way hotter than expected — almost three times hotter than our Sun's surface: go.nasa.gov/3ZgtVJ3
November 22, 2024 at 2:16 AM
Hot off the press 🔥
Using Hubble's unique ultraviolet capabilities, astronomers studied the young star FU Orionis.
They found that the inner disk, touching the star, is way hotter than expected — almost three times hotter than our Sun's surface: go.nasa.gov/3ZgtVJ3
Using Hubble's unique ultraviolet capabilities, astronomers studied the young star FU Orionis.
They found that the inner disk, touching the star, is way hotter than expected — almost three times hotter than our Sun's surface: go.nasa.gov/3ZgtVJ3