#panstarrs

[chibinotan]

Rocky Comet

[beyourselfchulanmaria]

Comet Panstarrs -- Seen from Queenstown, New Zealand (March 2, 2013)

AP Photo/spaceweather.com, Minoru Yoneto

[desert-love]

March 21, 2024. 4 Peaks, east of Phoenix, Arizona. Comet c/2021 S3 (PANSTARRS). This comet only comes every 1,751,372 years, ..currently 121,267,871 miles away and heading back out to space.

Comet: Esprit 80mm, QHY268C, 2min X 47 = 1hr 34m integration.

Foreground: Canon 6D, 214mm, f10, ISO 100, 1,000 sec.

[spacetimewithstuartgary]

Planetary scientists confirm new main-belt comet

A mysterious object discovered in the main asteroid belt in 2021 was determined to be a main-belt comet by Planetary Science Institute Senior Scientist Henry Hsieh, Scott Sheppard of the Carnegie Institution for Science and Audrey Thirouin of Lowell Observatory.

Main-belt comets are icy objects found in the asteroid belt between Mars and Jupiter—rather than the cold outer solar system where icy bodies are typically expected. They sport comet-like features, like tails extending away from the sun or fuzzy clouds as the sun's heat vaporizes their ice. They were first discovered in 2006 at the University of Hawaii by Hsieh and his then-doctoral advisor, David Jewitt.

Main-belt comets belong to a larger group of solar system objects known as active asteroids, which look like comets, but have asteroid-like orbits in the warm inner solar system. This larger group includes objects whose clouds and tails are made of ejected dust produced after an impact or as they quickly rotate, rather than just those that eject dust due to vaporized ice. Both main-belt comets and active asteroids in general are still relatively rare, but scientists are discovering them at a growing clip.

Hsieh and his colleagues observed active asteroid 456P/PANSTARRS twice using the Magellan Baade Telescope and Lowell Discovery Telescope in October 2024 to establish its status as the 14th confirmed main-belt comet. They published their findings in Research Notes of the AAS.

"This object is not just an asteroid that experienced a one-off event that caused it to show activity one time, but is an inherently active, icy body similar to other comets from the outer solar system," Hsieh said.

If 456P/PANSTARRS's activity were due to something other than ice vaporization, then its tail would be expected to appear only once randomly, and not repeatedly appear when it was close to the sun. An icy object, on the other hand, heats up every time it approaches the sun, and the vaporized ice drags dust out along with it. When the object moves farther from the sun and cools, the activity stops.

Observations of repeated dust ejection activity during close approaches to the sun are currently considered the best and most reliable way to identify main-belt comets.

"There are still very few confirmed main-belt comets known," Hsieh said. "We want to build up the population so we can get a clearer idea of what their broader properties are—such as their sizes, activity duration and distribution within the asteroid belt, for example—so that they can be better used to trace ice in the solar system in general."

[silvereyedowl]

(source)

Two Comets and a Star Cluster

Credits: Damian Peach

[heatherjpp13]

Director of the Pentagon’s All-Domain Anomaly Resolution Office, Sean Kirkpatrick, along with Abraham Loeb, chairman of Harvard University’s astronomy department, co-authored a research report. In the report, Sean mentioned that "[A]n artificial interstellar object could potentially be a parent craft that releases many small probes during its close passage to Earth, an operational construct not too dissimilar from NASA missions." The AARO (All-domain Anomaly Resolution Office) was established to dig deeper and investigate the unidentified "objects of interest" around US military installations. At the time of its inception, Kirkpatrick was appointed the director of the division. So, now, his recent report admitting signs of alien life near Earth has pushed extraterrestrial enthusiasts into a frenzy. Sean’s partner Loeb, on the other hand, gained popularity when, through his research, he proposed that our first alien visitor had entered our solar system back in October 2017. Back then, the PanSTARRS telescope in Hawaii detected an object moving at a speed that suggested that it was not from our solar system. The object’s paths and travel patterns also hinted at it not being something affected by the gravitational pull of our sun. #aliens #alien #ufo #area #ufos #space #scifi #art #extraterrestrial #aliensarereal #ufosighting #ufology #ancientaliens #xenomorph #alienabduction #nasa #ufologia #ovnis #ovni #ben #extraterrestrials #universe #ufosightings #sciencefiction #horror #paranormal #love #alienart #spaceship #extraterrestre https://www.instagram.com/p/Cp2oGdxMoiP/?igshid=NGJjMDIxMWI=

[pseudomonacarriea]

A little Poke-headcanon for Aibreann:

Yes, she owns each color of the Miniors and each has its own nerdy name:

Red: Panstarrs 

Orange: Halley

Yellow: Gibbs

Green: Ikeya-Seki (Seki for short)

Blue: Kowal

Indigo: Atlas

Violet: Hale-Bopp (Or Boppy for short)

Black (not listed): Swan

These are all names of comets that have been observed throughout history. 

Even with that said, they are also called (collectively) ‘Mini’, their color, or whatever Bri ends up yelling out as they use Swift on her. While not on her team, one or more of them usually tags along if she’s going to do fieldwork, just like her Yamper does.

And much like Yamper, if she gets in trouble (like being chased by Wooloos), they’ll sit back and watch. 

[3acesnews]

456P/PANSTARRS: New Rare Comet Confirmed In The Main Asteroid Belt

[hobbyspacer]

Night sky highlights for April 2024

Check out the night sky this month, April 2024. Here are videos highlighting the top sights to observe. ** What's Up: April 2024 Skywatching Tips from NASA - NASA JPL What are some skywatching highlights in April 2024? Catch Mars and Saturn rising, and Jupiter hangs out with Comet 12P. Plus NASA has you covered for the total eclipse whether you're headed to totality or watching from afar. 0:00 Intro 0:14 Moon & planet highlights 0:57 Comet 12p/Pons-Brooks 1:38 Total solar eclipse 3:45 April Moon phases Additional information about topics covered in this episode of What's Up, along with still images from the video, and the video transcript, are available at https://solarsystem.nasa.gov/skywatch.... — Additional Resources — NASA's Solar Eclipse hub: https://science.nasa.gov/eclipses/fut... Find events & clubs: NASA's Night Sky Network: https://science.nasa.gov/skywatching/... Skywatching resources from NASA: https://science.nasa.gov/skywatching https://youtu.be/hm__8GGxJpA ** Tonight's Sky: April 2024 - Space Telescope Science Institute - Tonight's Sky Clear April nights are filled with starry creatures. Near the Big Dipper, you will find several interesting binary stars. You can also spot galaxies like the Pinwheel Galaxy, M82, and M96—the last of which is an asymmetric galaxy that may have been gravitationally disrupted by encounters with its neighbors. Keep watching for space-based views of these celestial objects. About this Series ... “Tonight’s Sky” is a monthly video of constellations you can observe in the night sky. The series is produced by the Space Telescope Science Institute, home of science operations for the Hubble Space Telescope, in partnership with NASA’s Universe of Learning. This is a recurring show, and you can find more episodes—and other astronomy videos—at https://hubblesite.org/resource-gallery/tonights-sky. https://youtu.be/LuA8Qs5rDwI ** What to see in the night sky: April 2024 - BBC Sky at Night Magazine Pete Lawrence and Paul Abel reveal what's in the night sky this month, including Comet 12P/Pons Brooks, the Moon and the Pleiades, the April 8 solar eclipse, Lyrid Meteor Shower and the Plough asterism. 00:00 Intro 00:18 Inner planets 02:23 Outer planets 07:31 Comet 12P/Pons-Brooks 10:54 Solar eclipse 12:38 Moon and the Pleiades 13:16 Jewelled Handle 13:48 Lyrid Meteor Shower 14:22 Summer Triangle 15:20 Comet C/2021 S3 PANSTARRS 16:30 The Plough 21:03 Deep-sky objects https://youtu.be/TUWWa9wFrHI ** Sky & Telescope's Sky Tour Podcast - April 2024 - Sky & Telescope Youtube https://youtu.be/mTI7hKsZMeM See also - Sky Tour Astronomy Podcast: Upcoming Celestial Events - Sky & Telescope - This Week's Sky at a Glance, March 29 – April 7 - Sky & Telescope ** Night Sky Notebook April 2024- Peter Detterline https://youtu.be/2w0qoX96H-E ** See also: - The Night Sky in April 2024 | Day By Day Astronomy Events - What's in the Sky This Month? | April 2024 | High Point Scientific - April 2024 Night Sky Calendar | Voyageurs Conservancy - Tonight's Night Sky: April 2024 | A Total Solar Eclipse, Visible Planets, Bright Stars, Astronomy | Almanac.com - Astrophotography in April 2024: what to shoot in the night sky this coming month | Digital Camera World - Meteor shower guide 2024: Up next the April Lyrids | EarthSky.org === Amazon Ads === Celestron 70mm Travel Scope Portable Refractor Telescope Fully-Coated Glass Optics Ideal Telescope for Beginners BONUS Astronomy Software Package == Stellaris: People of the Stars Read the full article

[eventos-astronomicos]

Março de 2024

01: A Lua passa a 0°24' de Antares (mag 1.1) 01: O cometa C/2021 S3 (PANSTARRS) (mag 9.9) atinge seu brilho máximo 03: Lua Quarto Minguante 08: A Lua passa a 3°30' de Marte (mag 1.2), 3°18' de Vênus (mag -3.8) 08: Marte em conjunção com a fina Lua Minguante 08: Vênus em conjunção com a fina Lua Minguante 10: Lua Nova 10: Mercúrio em conjunção com a finíssima Lua Crescente 10: Ocultação lunar de Netuno (mag 7.9) 13: Júpiter em conjunção com a fina Lua Crescente 14: A Lua passa a 3°36' de Júpiter (mag -2.1) 14: A Lua passa a 3°15' de Urano (mag 5.8) 15: A Lua passa a 0°24' do aglomerado estelar das Plêiades (mag 1.2) 16: Ocultação Lunar de Beta Tauri 17: Lua Quarto Crescente 19: A Lua passa a 1°30' de Pollux (mag 1.2) 19: A Lua passa a 3°48' do aglomerado estelar da Colmeia (mag 3.1) 20: Equinócio de Primavera (Hemisfério Norte) 20: Equinócio de Outono (Hemisfério Sul) 21: Saturno (mag 1.1) passa a 0°18' de Vênus (mag -3.8) 22: A Lua passa a 3°36' de Regulus (mag 1.4) 22: Saturno em máxima conjunção com o planeta Vênus 22: Vênus em máxima conjunção com o planeta Saturno 24: Mercúrio em máxima elongação Leste 25: Lua Cheia 24-25: Eclipse Lunar Penumbral (Grande parte da Europa, Norte/Leste da Ásia, grande parte da Austrália, grande parte da África, América do Norte, América do Sul, Pacífico, Atlântico, Ártico, Antártica) 26: A Lua passa a 1°24' de Spica (mag 1.0) 30: A Lua passa a 0°18' de Antares (mag 1.1) 31: O cometa 12P/Pons-Brooks (mag 6.5) passa perto de Hamal (mag 2)

------------------------------------------------------------------------------

01 de Março de 2024: O cometa C/2021 S3 (PANSTARRS) (mag 9.9) atinge seu brilho máximo

10 de Março de 2024: Ocultação Lunar de Netuno (14:54 - 18:44)

16 de Março de 2024: Ocultação Lunar de Beta Tauri (15:31 - 19:29)

24-25 de Março de 2024: Eclipse Lunar Penumbral

31 de Março de 2024: O cometa 12P/Pons-Brooks (mag 6.5) passa perto de Hamal (mag 2)

[cavenewstimes]

Scientists issue call for help with images of comet without a tail

Sign up to our free weekly IndyTech newsletter delivered straight to your inbox Sign up to our free IndyTech newsletter Amateur stargazers have been asked to help space researchers by attempting to catch a comet with a missing tail on camera. The comet, known as C/2021 S3 PanSTARRS, is about the same distance from Earth as the Sun and researchers from the University of Reading are keen for…

[silvereyedowl]

(source)

Comet PanSTARRS, Moon, and Venus

Credits: Amit Kamble, Auckland Astronomical Society, Judy Schmidt

[spacenutspod]

Two recent asteroid discoveries made by an amateur astronomer highlight what is possible, with access to the right equipment.When it comes to hunting for new astronomical discoveries these days, the competition is stiff. Gone are the days of the lone astronomer with a telescope perched on a lonely hilltop, patiently sweeping the skies looking for something new and out of place.These days, it’s the ‘robotic eyes’ of all-sky surveys are more likely to make astronomical discoveries. Tirelessly canvassing the sky from dark locales night after night, these sentinels have definitely won the war when it comes to new discoveries. You’re more likely to see a survey name like ‘ATLAS’ or ‘PanSTARRS’ on a new comet today than say, ‘Johnson’ or ‘Smith’.As of writing this, there are close to 624,000 numbered asteroid discoveries and counting. This goes back to 1 Ceres, discovered by Giuseppe Piazzi on the first night of the 19th century. While comets are named after their discoverers, the rights for naming asteroids goes to the discoverer, though these also need final approval from the International Astronomical Union.A Tough (But Not Impossible) Search That’s not to say that there aren’t still discoveries to be made. Increasingly, amateur astronomers are simply moving their efforts online. Remote telescopes offering observing time worldwide are now becoming available. A pair of recent asteroid discoveries made by amateur astronomer Filipp Romanov highlights this trend. Universe Today caught up with Filipp recently, to find just how he did it.“Currently, in astronomy, many asteroids have already been discovered, for example, bright or close to Earth,” Filipp Romanov told Universe Today. “But among minor planets fainter than +20th apparent magnitude, unknown ones can still be found. For an amateur astronomer, this is difficult to do due to the fact that large automatic sky surveys constantly monitor the sky and often find new objects.”Amateur astronomer Filipp Romanov.To that end, Romanov took an ‘if you can’t beat ‘em, join ‘em’ approach.“In 2022, I got a few hours of observing time (for my astrometric measurements of comets and asteroids) at the two-metre aperture robotic Liverpool Telescope (LT) located on the island of La Palma (in the Canary Islands).”A Cosmic Quest Hits Paydirt“At the end of October-beginning of November 2022, I tried to search for asteroids using the LT (Liverpool Telescope); I found two asteroids in the resulting images for which the Minor Planet Checker showed no matches with known asteroids. I observed them for a few days, but then there was updated information that they were already known.”It happens. The data was still useful to refine the known asteroids’ orbits. Undeterred, Romanov continued his search.“Before the November 2022 New Moon, I continued to search for asteroids. I had chosen the areas of the sky near the ecliptic and in the opposition region.” This region tends to be prime hunting grounds for new asteroids, as they’re at their brighest and closest to the Earth. These areas also hadn’t been recently covered by ongoing sky surveys, which Romanov found in the MPC’s Sky Coverage Plots database.“On November 23rd, 2022, two fields of 10 by 10 arc minutes were photographed, and on one of them I found an unknown asteroid which I designated as RFD0004, and on a second field I found an asteroid, RFD0004. I made astrometric measurements and sent my data to the Minor Planet Center.”Confirming New Discoveries “I calculated (using the New Object Ephemeris Generator) where the asteroids will be in the sky in a day, and on November 24, 2022, I received new photographs of the requested areas of the sky. I found RFD0004 again but I didn’t find RFD0005, but I found another asteroid, RFD0006.”Tracking the asteroids in their orbits around the Sun is key to identification as something new. “I continued to track these asteroids for a month, and in December 2022 these asteroids received provisional designations in the Minor Planet Center database: RFD006 was designated 2022 WY16, and RFD0004 was 2022 WY17.” Both asteroids were at about +21st magnitude at the time of discovery.Confirming a discovery, however, can often take months, sometimes years. Objects often get lost in the glare of the Sun, or become too faint to recover as they move away from the Earth. “Assigning permanent designations (numbers) to minor planets occurs when their orbits are well known,” says Romanov. “But in the case of these asteroids, they were found in archival images of sky surveys (in this case, the Sloan Digital Sky Survey, going back to 2002) and this made it possible to increase their observation arcs.”Discovery images for asteroids 2022 WY17 and 2022 WY16. Credit: Liverpool Telescope/Filipp RomanovThese discoveries along with others were then released in the July 2023 Minor Planet Center Circular. These are the first asteroids discovered by Romanov, and the first asteroids discovered by the Liverpool Telescope.Naming AsteroidsFinally, it came time to name the asteroids. “Numbered asteroids can be named, and in July 2023 I proposed—to the Working Group Small Bodies Nomenclature (WGSBN) committee of the International Astronomical Union—naming these asteroids in honor of my great-grandfathers.”The asteroids found by Filipp Romanov are:2022 WY16 is now 623826 Alekseyvarkin, named after the discoverer’s great-grandfather Aleksey Makarovich Varkin, who was wounded in World War II while rescuing horses, and later decorated for the act of heroism.The orbit of asteroid 623826 Alekseyvarkin. Credit: NASA/JPL.On a 4.4 year orbit around the Sun, 623826 Alekseyvarkin is a main-belt asteroid, and a member of the Eunomia family of asteroids. Another well-known possible member of the family is asteroid 162173 Ryuku, visited by JAXA’s Hayabusa-2 mission in 2018 and 2019.Next, 2022 WY17 is now 623827 Nikandrilyich, named after the discoverer’s great-grandfather Nikandr Ilyich Romanov, who served as a military veterinarian and later a foreman.On a 5.78 year orbit, asteroid 623827 Nikandrilyich is an outer main-belt asteroid.An Impressive Amateur Astronomer ResumeFilipp observes from far eastern Russia in Nakhodka. This unique locale often fills coverage in a needed longitude gap when it comes to observers worldwide. At age 26, he is self-educated in astronomy. Filipp is the discoverer of 81 variable stars, 3 novae, 2 supernovae, 4 binary stars, and now, 2 asteroids. Not bad.A recent Starlink satellite train pass over Nakhodka. Credit: Filipp Romanov.Romanov has a passion for astronomy, and his path serves to inspire anyone out there to ‘just do it.’“I, my mother and our 18-year old cat are now in the same locality Yuzhno-Morskoy (in my small homeland) near the city of Nakhodka, in the housing of my old grandparents where I independently (based on self-education) make my discoveries in astronomy as an amateur astronomer. I love to study and popularize the science of astronomy, and plan to study as an astronomer at university in the near future in order to make even greater contributions to the science of astronomy.”Supernova SN 2023ixf in the Pinwheel Galaxy Messier 101. Credit: Filipp Romanov.A New Generation of Astronomical DiscoveryAn amazing story, for sure. And there’s more to come. All-sky surveys such as the Vera Rubin Observatory will come online in early 2025. Vera Rubin promises to scour the sky several times a night down below +21st magnitude. These surveys will produce a fire hose of images for anyone with an internet connection to scour though. The time for online sleuths to hunt for asteroids and comets has never been better.Naming a space rock offers a small bit of immortality, out in the depths of the solar system. You can imagine asteroid miners in a future straight out of The Expanse, approaching a prospective space rock. They may wonder just where its obscure name came from as it looms ahead. Fraser (the publisher of Universe Today) has an asteroid, 158092 Frasercain, as do several names in the online skeptical community. As of writing this, I have yet to have the honor, but you just never know…Congrats to Romanov on his surreptitious discoveries, and here’s to more to come!-Follow Filipp on Flickr, YouTube and his own live journal. The post Dedicated Amateur Astronomer Makes Rare Pair of Asteroid Discoveries appeared first on Universe Today.

[gaetaniu]

Un nuovo evento di perturbazione mareale scoperto dagli astronomi cinesi

In alto a sinistra: Immagine in banda g di LCOGT ripresa il 2023-02-26 UT. In alto al centro: Immagine PanSTARRS in banda g della galassia ospite. In alto a destra: Immagine differenziale di AT 2023clx. Al centro: curve di luce sottratte della galassia ospite di AT 2023clx nelle bande UV e ottica. Gli astronomi dell’Università della Scienza e della Tecnologia della Cina di Hefei riferiscono la…

[piyasahaberleri]

Fotoğraf pembe bir ayı gösteriyor.— UnsplashNisan ayı, gece gökyüzünü görmeyi seven insanları bir araya getiren ABD merkezli Astronomers Without Borders tarafınca Küresel Astronomi Ayı olarak belirlendi. Nisan, uzayla ilgili vakalar için kayda kıymet bir aydır. Sema gözlemcilerinin not alması ihtiyaç duyulan bazı mühim vakalar şunlardır: Tam Pembe Ay 5 ve 6 Nisan34P/PANSTARRS kuyruklu yıldızı uçuşu 7 Nisan'da20 Nisan tam güneş tutulmasıLyrid meteor yağmuru 21, 22, 23 Nisan5 ve 6 Nisan – Tam Pembe Ay 6 Nisan 12:37 EDT'de Şimal Yarımküre'nin ilk dolunayı en parlak halinde olacak. Pembe Ay'ın tamamı ilk kez 5 Nisan'da görünecek, sadece en yüksek aydınlatması Doğu Saati'nde oldukca erken olduğundan, Batı saat dilimleri 5 Nisan arifesinde zirveye şahit olacak. 7 Nisan - 34P/PANSTARRS kuyruklu yıldızı yakın geçişteki en yakın noktasındaNisan ayının başlarında, Jüpiter ailesinden kuyruklu yıldız 364P/PANSTARRS, Dünya'nın yanından 11 milyon millik bir mesafeden uçacak. Kuyruklu yıldız "kurnaz" takımyıldızı Vulpecula'da olacak ve parlakl��k büyüklüğünün 12.3 civarında olacağı tahmin ediliyor. Hem Şimal hem de Cenup yarım küreler onu görebilecek, sadece Şimal enlemlerinde olanlar onu daha net görebilecekler. Fotoğraf bir güneş tutulması gösteriyor.— Unsplash20 Nisan - Tam güneş tutulması Tutulmalar tipik olarak coşku verici vakalar olsa da, bunun benzersiz bir özelliği var. Dünya, ay ve güneşin son aşama alışılmadık bir kozmik hizalanması, tam bir güneş tutulmasıyla sonuçlanır. Bir sonraki güneş tutulması 2031 yılına kadar sürecek ve 2013'ten bu yana türünün ilk örneği olacak.20 Nisan'da bir yeniay, güneş ışığını kısmen engelleyecek. Ay, eliptik yörüngesinde Dünya'dan tüm güneşi tamamen kaplamak için birazcık fazla uzakta olduğundan kısa bir süre için tam bir güneş tutulması oluşturamayacak. Hint Okyanusu üstünde kısa bir ateş halkası görülecek, sadece Ay Gölgesi güneşi tamamen kapatacak.21, 22 ve 23 Nisan - Lyrid meteor yağmuruLyrids'in 21 yada 22 Nisan'da başlayıp 23 Nisan'a kadar sürmesi umut ediliyor. 23 Nisan 09:06 EDT'de zirve umut ediliyor. Lyrids'in zirvesinin darlığına karşın, 19 Nisan'daki yeni ay, gözlemcilerin gece gökyüzünü görmesini engellemeyecek.

[fearofmusic1979]

caught 364P/PANSTARRS tonight