Sweet On You (2025) [4 min] by Liz Yang | #USA
https://www.youtube.com/watch?v=P-Yp4xtNhLo
#2D #2DAnimation #AnimatedShort #AnimatedShortOfTheDay #Animation #Bakery #Relationship #Colorful #Space #Couple #CalArts
#Tag
Sweet On You (2025) [4 min] by Liz Yang | #USA
https://www.youtube.com/watch?v=P-Yp4xtNhLo
#2D #2DAnimation #AnimatedShort #AnimatedShortOfTheDay #Animation #Bakery #Relationship #Colorful #Space #Couple #CalArts
I'm glad this is finally out after the government shutdown!
In this new JWST image, we see shells of dust surrounding the Apep system.
As the two Wolf-Rayet stars complete their 190-year orbit, they will get close enough that their winds will collide for about 25 years. These colliding winds produce carbon-rich dust that surrounds the stars in a shell. The shells then get blown outward by the winds.
A third star, a massive O-type star, orbits the pair of Wolf-Rayet stars in a wider orbit and destroys some of the top part of the dust shell. All three of these stars appear as a single point of light in the center of the image.
The result: At least four nested shells of dust, showing the history of the system like tree rings.
3 years ago, NASA crashed the DART spacecraft into an asteroid at 22,000 kilometers per hour. The event changed the asteroid's orbit and tilt & sent it tumbling.
A nearby cubesat captured these remarkable images of the asteroid immediately after the impact. Scientists are still still studying the results.
https://aasnova.org/2025/11/03/shot-by-the-dart-and-were-to-blame-now-that-space-rock-wont-be-the-same/ #space #science #nature
Sweet On You (2025) [4 min] by Liz Yang | #USA
https://www.youtube.com/watch?v=P-Yp4xtNhLo
#2D #2DAnimation #AnimatedShort #AnimatedShortOfTheDay #Animation #Bakery #Relationship #Colorful #Space #Couple #CalArts
3 years ago, NASA crashed the DART spacecraft into an asteroid at 22,000 kilometers per hour. The event changed the asteroid's orbit and tilt & sent it tumbling.
A nearby cubesat captured these remarkable images of the asteroid immediately after the impact. Scientists are still still studying the results.
https://aasnova.org/2025/11/03/shot-by-the-dart-and-were-to-blame-now-that-space-rock-wont-be-the-same/ #space #science #nature
I'm glad this is finally out after the government shutdown!
In this new JWST image, we see shells of dust surrounding the Apep system.
As the two Wolf-Rayet stars complete their 190-year orbit, they will get close enough that their winds will collide for about 25 years. These colliding winds produce carbon-rich dust that surrounds the stars in a shell. The shells then get blown outward by the winds.
A third star, a massive O-type star, orbits the pair of Wolf-Rayet stars in a wider orbit and destroys some of the top part of the dust shell. All three of these stars appear as a single point of light in the center of the image.
The result: At least four nested shells of dust, showing the history of the system like tree rings.
This is an amazing app that allows you to see (almost) live all the #satellites and #debris (in LEO*) that are in #orbit above our heads.
You can pick one #satellite and get many info, including its orbit.
yeah, it's completely crowded, but we keep launching more and more #rockets 🚀 and much more satellites, like if our ressources were unlimited.
*LEO: low-Earth orbit (~300km up to 2000km)
#PPOD: NASA’s JWST observed Herbig-Haro 49/50, an outflow from a nearby still-forming star, in high-resolution near- and mid-infrared light. The young star is off to the lower right corner of the image. The intricate features of the outflow, represented in a reddish-orange color, provide detailed clues about how young stars form and how their jet activity affects the surrounding environment. Credit: NASA, ESA, CSA, STScI
#PPOD: NASA’s JWST observed Herbig-Haro 49/50, an outflow from a nearby still-forming star, in high-resolution near- and mid-infrared light. The young star is off to the lower right corner of the image. The intricate features of the outflow, represented in a reddish-orange color, provide detailed clues about how young stars form and how their jet activity affects the surrounding environment. Credit: NASA, ESA, CSA, STScI
A hypnotising view of Paranal in #Chile!
Yet the sky is not revolving around the tip of one of our Auxiliary Telescopes. This illusion is caused by the almost perfect alignment with the southern celestial pole, around which stars seem to trail due to Earth's rotation.
Capturing these circular star trails is no easy task: a slight misalignment can completely ruin the outcome! 😲
Read more: https://www.eso.org/public/images/potw2546a/
📷 O. Castillo/ESO
This is an amazing app that allows you to see (almost) live all the #satellites and #debris (in LEO*) that are in #orbit above our heads.
You can pick one #satellite and get many info, including its orbit.
yeah, it's completely crowded, but we keep launching more and more #rockets 🚀 and much more satellites, like if our ressources were unlimited.
*LEO: low-Earth orbit (~300km up to 2000km)
A space for Bonfire maintainers and contributors to communicate