coreyspowell, to space
@coreyspowell@mastodon.social avatar

Exciting space-discovery alert!

Gliese 12 b is an Earth-size planet orbiting in the temperate zone around a nearby, stable red dwarf star. It's a Rosetta Stone world that will tell us a lot about how many superficially earthlike planets actually have the right conditions for life.

Are we rare? Are we common? Let's find out.

https://www.birmingham.ac.uk/news/2024/nasas-tess-finds-a-world-sized-between-earth-and-venus #space #science #astronomy #astrodon #life #aliens

coreyspowell,
@coreyspowell@mastodon.social avatar

Many stories about newfound planet Gliese 12b (including the news release from the Royal Astronomical Society, sad to say) are full of errors.

We have NO idea yet what conditions are like there. That's what makes it so exciting! This is the kind of discovery that will provide big answers.

#space #science #astronomy #planets #NASA

astrocamp, to Astronomy
@astrocamp@astrodon.social avatar

Messier 60
Messier 60 is a giant elliptical galaxy located in the constellation Virgo, reaching its annual culmination at astronomical midnight around April 1st. …
https://astrocamp.eu/en/messier-60/

umplus, to Astronomy Spanish
@umplus@mastodon.online avatar

- PN K 1-16 by Jerry Yesavage

https://www.universomagico.net/2024/05/pn-k-1-16-por-jerry-yesavage.html

The image by astronomer Jerome Yesavage shows a low surface brightness planetary nebula cataloged as PN Kohoutek 1-16, located in the direction of the Draco Constellation and located at a distance of about 3,400 light years from the Solar System. The central star is a very hot pulsating star called DS Dra, it has a magnitude of 14.96 and is of spectral type.....

jake4480, to space
@jake4480@c.im avatar
franco_vazza, to Astro
@franco_vazza@mastodon.social avatar

Non-thermal energy components evolving from z=4 to z=0 in the last of my #SimulatedUniverses
The combination of all these, for the case of relativistic electrons, gives the total synchrotron emission from the cosmic web, from galaxies to filaments.

#astrodon #astronomy

video/mp4

ScienceDesk, to space
@ScienceDesk@flipboard.social avatar

Massive cradle of baby stars revealed in new space telescope images.

AP reports on the European Space Agency's Euclid observatory: https://flip.it/58hAua

ec_euclid, to Astronomy German
@ec_euclid@astrodon.social avatar

One of 's new Early Release Observation images (Messier 78) is featured as today's picture of the day: 🤩

https://apod.nasa.gov/apod/ap240524.html

elizabethtasker, to astrophotography
@elizabethtasker@mastodon.online avatar

If you are interested in the use of virtual spaces for online events, do check out this event next week!

Organised by the International Astronomical Union (IAU), this #astrophotography gallery is hosted in spatial: a 3D virtual space you can explore via a regular web browser or #VR Meta headset.

I love virtual spaces for feeling I've "gone somewhere", and the audio falloff means you can chat to people you meet... or run off and ignore their babble while you cruise the #astronomy art.

mkwadee, to Astronomy
@mkwadee@mastodon.org.uk avatar
JohnBarentine, to Astronomy
@JohnBarentine@astrodon.social avatar
ucsc, to space
@ucsc@mstdn.social avatar

UC Santa Cruz researchers contributed to new studies out this week that enhance our understanding of exoplanets.

The first catalogs 126 exoplanets discovered detailing diverse planet types.

A second set, investigates "puffy" exoplanets like WASP-107b attributing their puffiness to tidal heating.

This research broadens our knowledge of exoplanet characteristics and formation.

https://bit.ly/44WStrP

#Space #science #astronomy #exoplanet #NASA

JohnBarentine, to Astronomy
@JohnBarentine@astrodon.social avatar

It's #WorldTurtleDay! In 1754 the English botanist and author John Hill proposed a new constellation he called "Testudo" (the Tortoise). It didn't catch on with astronomers, but under dark night skies it can still be seen. Read more about it: https://unchartedconstellations.com/

#Astronomy #Constellations

coreyspowell, to space
@coreyspowell@mastodon.social avatar

I love serendipitous art!

ESA's Euclid space telescope is designed to map dark matter and dark energy across the universe. But as it is getting started, Euclid is also sending back gorgeous cosmic snapshots.

https://www.esa.int/Science_Exploration/Space_Science/Euclid/ESA_s_Euclid_celebrates_first_science_with_sparkling_cosmic_views #space #science #art #astronomy #astrodon

Euclid’s image of galaxy cluster Abell 2390 reveals more than 50 000 galaxies and shows a beautiful display of gravitational lensing, depicting giant curved arcs on the sky – some of which are actually multiple views of the same distant object. Euclid will use lensing (where the light travelling to us from distant galaxies is bent and distorted by gravity) as a key technique for exploring the dark Universe, indirectly measuring the amount and distribution of dark matter both in galaxy clusters and elsewhere. Euclid scientists are also studying how the masses and numbers of galaxy clusters on the sky have changed over time, revealing more about the history and evolution of the Universe.
Here, Euclid captures galaxies evolving and merging ‘in action’ in the Dorado galaxy group, with beautiful tidal tails and shells seen as a result of ongoing interactions. Scientists are using this dataset to study how galaxies evolve, to improve our models of cosmic history and understand how galaxies form within halos of dark matter. This image showcases Euclid’s versatility: a wide array of galaxies is visible here, from very bright to very faint. Thanks to Euclid’s unique combination of large field-of-view, remarkable depth, and high spatial resolution, it can capture tiny (star clusters), wider (galaxy cores) and extended (tidal tails) features all in one frame. Scientists are also seeking distant individual clusters of stars known as globular clusters to trace their galactic history and dynamics.
In this image Euclid showcases NGC 6744, an archetype of the kind of galaxy currently forming most of the stars in the local Universe. Euclid’s large field-of-view covers the entire galaxy, capturing not only spiral structure on larger scales but also exquisite detail on small spatial scales. This includes feather-like lanes of dust emerging as ‘spurs’ from the spiral arms, shown here with incredible clarity. Scientists are using this dataset to understand how dust and gas are linked to star formation; map how different star populations are distributed throughout galaxies and where stars are currently forming; and unravel the physics behind the structure of spiral galaxies, something that is still not fully understood after decades of study.

dethier, to Astronomy
@dethier@techhub.social avatar

This is the Owl Nebula from last night. It is about 2000 light years away and about 2 light years in diameter. It formed about 8000 years ago from gases ejected from a star.

#astronomy

ianRobinson, to science
@ianRobinson@mastodon.social avatar

This is excellent. How sunrise would look from various planets and moons in the Solar System.

https://youtu.be/-MtB7nuzNx8
A 6.5 minute video.

#Science #Astronomy

astro_jcm, to Astro
@astro_jcm@mastodon.online avatar

One night at ESO's Extremely Large Telescope

https://youtu.be/ytVC8lBxNaU

🎥 B. Häußler/ESO

#astrodon #astronomy #astrophotography

franco_vazza, to random
@franco_vazza@mastodon.social avatar

A few stunning images just released in papers from the @ec_euclid consortium:

  1. this from https://pubs.euclid-ec.org/public/coordinated_release/PUBateketal.pdf

#astrodon #astronomy

ec_euclid, to Astronomy
@ec_euclid@astrodon.social avatar

Finally, after months of work, the #ESAEuclid Early Release Observation images, data, first science results, and #Euclid mission reference papers have been released. You can read more in our blog post, which has links to the papers, the press releases, and everything else:

https://www.euclid-ec.org/first-early-release-observation-science-and-reference-paper-release

#astronomy #astrodon #science #space #cosmology

astroland, to Astronomy Dutch
@astroland@mastodon.social avatar

Amateur Astronomie foto van de dag: Comet C/2021 S3 (Panstarrs) in Cygnus. Foto info: https://www.aapod2.com

mkwadee, to Astronomy
@mkwadee@mastodon.org.uk avatar
ec_euclid, to space
@ec_euclid@astrodon.social avatar

In 45min (noon CEST today) #ESA and the @ec_euclid will release 5 more #ESAEuclid Early Release Observation images to the world. Accompanied by the first release of Euclid ERO science data, as well as 15 reference and science papers.

Follow the ESA broadcast here:

https://www.esa.int/Science_Exploration/Space_Science/Euclid/Your_guide_to_the_reveal_of_five_new_Euclid_images

#space #science #astronomy

pomarede, to Cosmology
@pomarede@mastodon.social avatar

Introducing the Mass Hyperplane (MH), to measure the peculiar velocities of 2496 galaxies at z < 0.12 from the GAMA sample

by Mustafa Burak Dogruel and co-authors
https://arxiv.org/abs/2405.10866

#Cosmology #galaxies #MassHyperplane #TullyFisher #FundamentalPlane #cosmicflows #PeculiarVelocities #Hubble #HubbleConstant #GAMA #arXiv #astroph #astronomy #astrophysics #astrodon #science #STEM

shekinahcancook, to space
@shekinahcancook@babka.social avatar

There’s a lot more junk floating around Earth than there used to be - by Tom Jones & David Crowther 5/17/24

"...Those stats may pickup in the coming years though, as the ESA tracks the ever-growing number of man-made objects that clutter the space around Earth. At the end of last year, a staggering 36,500 space debris objects over 10 cm in length were orbiting the Earth — perhaps little shock to anyone familiar with the Kessler Syndrome, a concerning theory that the more space junk there is, the more collisions there will be, causing a self-perpetuating chain reaction that could result in Earth’s orbit becoming essentially unusable..."

https://sherwood.news/world/the-amount-of-space-junk-is-a-growing-issue/

#Space #Astronomy #SpaceJunk #KesslerSyndrome #Satellites #Tech

kellylepo, to Astronomy
@kellylepo@astrodon.social avatar

The summer 2024 NASA's Astrophoto Challenge is now open! This summer's target: Cassiopeia A.

Make your own images with real NASA data using a simple, online tool. Then, submit your image. Standout entries are featured on the website and get comments from expert judges.

I find all of your technicolor space images delightful. Please go make some weird space pictures:
https://mo-www.cfa.harvard.edu/OWN/astrophoto/index.html

#astronomy #space #astrodon #STEM

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