#AI in astronomy

[techtoio]

How Artificial Intelligence is Transforming Scientific Research

Introduction No one ever imagined how artificial intelligence would revolutionize scientific research. At TechtoIO, we look into how AI is not just a tool but the driver behind the rapid advancements in many scientific disciplines. That includes how science is being transformed—from better data analysis to catalyzing discovery, such as areas in health, climate science, physics, particle experimentation, and more. Read to continue link...

[naturewondr]

[mindblowingscience]

Through his research at Caltech, a local high school student revealed 1.5 million previously unknown objects in space, broadened the potential of a NASA mission, and published a single-author paper. Matteo (Matthew) Paz's article published in The Astronomical Journal describes a new AI algorithm he developed that led to these discoveries and that can be adapted by other astronomers and astrophysicists for their own research.

Continue Reading.

[inariusinpurgatory]

[allura-raine]

[justdavina]

@justdavina @astrodavina of San Francisco AI Fashion 2025

[stanmahana1971blog]

[klimkovsky]

Open star cluster Messier 6

Open star cluster Messier 6, is drawn by the Grok AI

Messier 6, also known as the Butterfly Cluster, is an open star cluster located in the constellation Scorpius. Here's what astronomers know about it:

Basic Information:

Catalog Designations: M6, NGC 6405

Location: Constellation Scorpius, near the stinger of the scorpion

Coordinates: Right Ascension 17h 40m 20s, Declination -32° 15' 00"

Distance: Approximately 1,500 to 2,000 light-years from Earth

Physical Characteristics:

Age: Estimated to be around 100 million years old, making it relatively young for an open cluster.

Number of Stars: Contains about 80 to 100 stars, with some sources suggesting up to 300 when including fainter members.

Brightest Stars: The brightest star is a class B8 giant, which gives the cluster its distinctive V-shape, reminiscent of butterfly wings.

Apparent Magnitude: The integrated visual magnitude of the cluster is about 4.2, making it visible to the naked eye under good conditions.

Morphology and Structure:

Shape: Its distinctive butterfly shape is what most observers note, especially through binoculars or a small telescope.

Size: The cluster spans about 25 arcminutes across the sky, but its actual physical size corresponds to roughly 12 to 15 light-years in diameter.

Scientific Interest:

Star Formation Studies: Open clusters like M6 are crucial for understanding star formation processes since all stars in the cluster are roughly the same age and distance from us, providing a snapshot of how stars evolve over time.

Chemical Composition: Observations of the stars in M6 help in understanding the chemical composition and evolution of stars within open clusters, particularly how metallicity varies.

Distance Calibration: It serves as a benchmark for calibrating distances in the Milky Way due to its well-studied parameters.

Observation:

Visibility: Best observed from the Southern Hemisphere due to its declination, but it's visible from the Northern Hemisphere in summer months when Scorpius is high in the sky.

Equipment Needed: Visible to the naked eye in dark skies, but binoculars or a small telescope will reveal its butterfly shape more distinctly.

Cultural Significance:

While not as culturally famous as some other clusters, M6 is part of the lore of sky watching, especially among amateur astronomers for its distinctive appearance.

Messier 6 was cataloged by Charles Messier in 1764, who included it in his list to help comet hunters distinguish between deep-sky objects and comets. This cluster, along with its neighbor Messier 7, offers a beautiful sight for anyone exploring the night sky in the direction of Scorpius.

Source: Grok AI

First, let's correct a few inaccuracies

Modern (and already quite accurate) estimates of the distance to the Messier 6 cluster are inclined to the value of 1600 light years (or a little less). Accordingly, the linear dimensions are limited to 12 light years.

The brightest star of the cluster BM Scorpii is a red-orange giant of the spectral class K3. Before the time when stellar parallaxes began to be measured directly from spacecraft outside the atmosphere, these measurements were made with a high error. Therefore, it was believed that this star did not belong to the cluster and was located twice as close to us - in the middle between the cluster and the Solar System. You can understand why everyone liked this idea: Most of the stars in the cluster are blue and hot, and this one is red and cold — as if from another stellar family.

But now everything has become clear

BM Scorpii is indeed a very massive star, exceeding the Sun in mass by about 17-20 times. And in the 120 million years that the cluster has existed, it has lived almost its entire stellar life. Now it has already entered the final stage of its evolutionary path, and in some future (in a few million years) it will flare up as a supernova, scattering the matter of its outer layers around itself, and will give the cluster a nebula of an unpredictable shape. And in place of the core of this star, most likely, only a neutron star, or even a black hole, will remain.

The open cluster Messier 6 can be visible to the naked eye. It is better to observe it in the southern hemisphere, since its declination is below -30 degrees — in the middle northern latitudes it either does not rise, or even during the upper culmination literally lies on the horizon. And to see it without optics, it needs to rise high in the sky (and, of course, the observer needs to be further away from city lights).

It is interesting to compare this cluster with the Pleiades — the brightest and most beautiful open cluster in the northern sky. The M6 "Butterfly Cluster" is four times further than the Pleiades. But if it were in their place, it could look no less impressive. In any case, its brightest stars would be 16 times brighter - this is approximately 3 stellar magnitudes brighter than the magnitude they have now, and this would be quite comparable to the brightness of the Pleiades stars.

It is quite possible that this cluster was seen in ancient times by Ptolemy — in the second century AD (although this is only an assumption). And the first documented observation of the Messier 6 cluster dates back to 1654 and belongs to Giovanni Battista Hodierna.

Open star cluster Messier 6 by Giuseppe Donatiello from Oria (Brindisi), Italy

[zespaceblog]

Planetary Nebula Abell 7

This planetary nebula, this transient spectacle, represents a fleeting, yet profound, chapter in the life of a star. It is a glimpse into our own future, a preview of the fate that awaits our Sun, some five billion years hence. The central star of Abell 7, a once luminous sun-like orb, now fades into a white dwarf, a stellar ember cooling across the eons. It has shed its outer layers, a cosmic shedding of skin, leaving behind this luminous shroud, this testament to its passing.

We estimate Abell 7 to be a mere 20,000 years old, a cosmic blink of an eye compared to the ten billion years of its central star's existence. Ten billion years, a span of time that dwarfs the entirety of human civilization. Within this vastness, within this cosmic drama, we find echoes of our own origins, and a glimpse of our ultimate destiny. We are star stuff, contemplating the very processes that gave rise to us, and to the cosmos itself. The cosmos is within us. We are made of star-stuff. We are a way for the universe to know itself.

Text reworded from APOD by Gemini AI in the style of Carl Sagan, some of you may have guessed already.

[beauty-funny-trippy]

Sexually Explicit Moon Landing?

In Tumblr's defense, their A.I. program may have seen the shiny modern technology of the lunar rover and got a little excited. To an A.I. brain, the Chandrayaan-3 Rover may indeed be exotic and quite sexy (especially considering that the rover's solar panel is in a fully erect position). You be the judge, you can see the video here.

[screampotato]

I wasn't going to share this.

It's not that I didn't want to. But these days, putting any art online feels like casting very personal pearls before ravenous robot swine.

But then I saw that post about the cosplayer who shared her armour technique, in defiance of the urge to keep it secret, and I thought, stuff all this. AI may steal our work, but the saddest thing would be if AI stopped us from sharing it at all.

In the spirit of the old Internet, of sharing and collaboration and collective joy, here is the image I drew on Sunday as I listened to the minister talking about creation, the sun moon and stars.

[naturewondr]

[mindblowingscience]

A new algorithm tested on NASA's Perseverance Rover on Mars may lead to better forecasting of hurricanes, wildfires, and other extreme weather events that impact millions globally. Georgia Tech Ph.D. student Austin P. Wright is first author of a paper that introduces Nested Fusion. The new algorithm improves scientists' ability to search for past signs of life on the Martian surface.

Continue Reading.

[catboywizard]

i-

i pretty much had to physically restrain myself from commenting on… all of that… 😬 but i tried to at least respond on topic

[natureintheory]

CROP: An autumnal scene at the Institute Pond: onlookers observe a gravitational-wave-emanating event in the dark, star-filled water — two black holes orbiting around one another, sending out ripples. Art by Olena Shmahalo for The Institute Letter.

[dryndelicate]

For daytimes here at the Mystery Castle you can probably spend countless hours in the Planetarium Room with its collection of astronomical and nautical instruments. And @sarahwellshunter will have a little more for your to wear, too. You're always welcome with all of us, @astogurlnikkipinkai.