Remember Zoozve? The quasi-moon of Venus featured on Radiolab that was named after a typo on a map of the Solar System?
Now is your chance to name one of Earth’s quasi-moons. The IAU and Radiolab are holding a contest — they will pick the top 10 names, which then go to a popular vote.
Some planets are born alone, live alone, and die alone. The ESA's Euclid space telescope just found a nest of these loners in the constellation Orion.
At least the rogue planets have chosen a gorgeous spot to go about their business: This is where the newfound worlds are hanging out (toward the top of the image).
#SimulatedUniverses :
cosmic rays injected by different processes in my simulation - zoom into a void surrounded by filaments.
ENZO simulations on LEONARDO cluster at CINECA. #astrodon#astronomy
I finally got a chance to interview fellow PhD'er Sarah Caddy from our faculty about this excellent new research and looking at stars and satellites (like the ISS) DURING DAYLIGHT HOURS!
THey're using a telescope called 'The Huntsman' and look how many eyes it has 🕷️🔭
Seeking new data, the James Webb Space Telescope is observing objects that are old acquaintances to the Hubble Space Telescope. Magic Universe proposes a slow transition of the images of both devices in orbit to better see what is new in Webb's latest observations, activate this transition by placing the mouse over the image or clicking on touch screens. The objective of..... #astronomy#space#astrophysics#astrophotography
1/4 "All those protoplanetary discs will be lost, like tears in a rain of ultraviolet photons."
Ok, it doesn't sound as cool as the actual quote, but still 😉
This tear-shaped object is a protoplanetary disc –the birthplace of planets around another star– observed with ESO's Very Large Telescope. Material from the disc is being stripped away by a bright star beyond the upper-right corner, outside of the field of view, hence this cometary shape.
Happy June! Together, the Hubble and Spitzer space telescopes present a colorful view of the Orion Nebula’s dynamic star-forming environment in ultraviolet, infrared, and visible light. Credit: NASA, ESA, STscI. #astronomy
It's #MilkyWay season again here in the northern hemisphere.
I took this image using my phone last night around 2am looking south from my moderately light-polluted site in east Tucson. 5×90s subs captured in Astroshader were combined in Siril. A final stretch was applied in GIMP.
Further experiments last night. Here, I doubled the total exposure time (so, a total of 900 s). Same processing steps.
Having started in astrophotography about a million years ago using film, it blows my mind that my phone can collect the data used to make an image like this now.