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- 1Telescope image marks final capture of retiring galaxy instrument●Very Large Telescope image of Arp 271, also known as NGC 5426 and NGC 5427. This pair of interacting galaxies was the fi
The European Southern Observatory shared an image of Arp 271, a pair of interacting galaxies known as NGC 5426 and NGC 5427, captured by the Very Large Telescope in Chile. The picture was the last taken by the VIMOS instrument before it was decommissioned on 24 March 2018, and it is drawing renewed attention from space enthusiasts online.
- 2Astronomer captures swan and eagle pair before autumn●Probably the last go at this pair until autumn. 🦢 🦅 # seestar # astrophotography # space
An amateur astronomer has photographed a pair of celestial objects, likely the constellations Cygnus (the Swan) and Aquila (the Eagle), noting it is probably the last chance to image the pair until autumn. The images were taken with a Seestar smart telescope. Fellow space enthusiasts are engaging with the seasonal timing, as these summer sky targets soon shift out of view for Northern Hemisphere observers.
- 3Astronomer gets new 5x Barlow lens working after focus tube trouble▼My new 2" 5x Barlow lens arrived the other day, and after a little bit of drama with the focus tube on the telescope not
An amateur astronomer reports that a new 2-inch 5x Barlow lens arrived, but the telescope's focus tube would not extend far enough to reach focus. After adding an extension tube, imaging with the new lens worked. The post captures the common trial-and-error of backyard astrophotography gear setups.
- 4Euclid telescope discovers its first new comet●C/2026 S1 (Euclid) The European Space Agency’s Euclid space telescope has discovered its first previously unknown comet,
The European Space Agency's Euclid space telescope has discovered its first previously unknown comet, designated C/2026 S1 (Euclid). The find was made in images taken between 16 and 24 September 2026 and announced via the Euclid mission team at Caltech. It marks the mission's first comet discovery, adding to Euclid's role surveying the sky beyond its main dark matter and dark energy goals.
- 5Hubble Captures Two Spiral Galaxies Beginning to Merge●Hubble image of Arp 240, also known as NGC 5257 and NGC 5258. NGC 5257 (left) and NGC 5258 (right), two spiral galaxies
The Hubble Space Telescope has released an image of Arp 240, a pair of spiral galaxies, NGC 5257 and NGC 5258, that are similar in mass and size and are in the early stages of a merger. The image shows a faint bridge of stars connecting the two galaxies, evidence of the gravitational pull drawing them together, and the striking cosmic scene is drawing attention online.
- 6Hubble mosaic brings the Orion Nebula to life in detail●# PPOD : This spectacular mosaic, released in 2006, brings the Orion Nebula to life as one of the most detailed portrait
The SETI Institute's Picture of the Day highlights a spectacular mosaic of the Orion Nebula, first released in 2006, one of the most detailed portraits ever made of the nearby stellar nursery. Combining observations from NASA's Hubble Space Telescope, the image reveals more than 3,000 stars embedded in clouds of gas and dust.
- 7Astrophotographer shares 3.4-hour image of Monkey Head Nebula●Over 3.4 hours on the Monkey Head Nebula (NGC 2174) in northern Orion. Captured with the Seestar S50 Pro in EQ mode. Dri
An amateur astrophotographer has published a 3.4-hour exposure of the Monkey Head Nebula (NGC 2174) in northern Orion, taken with a Seestar S50 Pro smart telescope in equatorial mode. The image was drizzled 2x and processed in dual-band HOO, revealing a blue O-III core and copper hydrogen-alpha ridges. Space enthusiasts are sharing and discussing the result.
- 8Amateur astronomers share new images of the Spider and Fly nebulae●The Spider and the Fly in Auriga. 🌌 Over 3.4 hours on IC 417, open cluster Stock 8, NGC 1931 (The Fly), and M38 at the t
Amateur astrophotographers are showing off new images of the Spider Nebula (IC 417), the Fly Nebula (NGC 1931), and the open clusters Stock 8 and M38 in the constellation Auriga. One deep-sky image combined roughly 3.4 hours of exposure using a small smart telescope, drawing attention from space and photography enthusiasts admiring what compact equipment can now capture.
- 9Amateur astrophotographer captures nine-hour image of Andromeda Galaxy●Over 1,900 stacked frames (~9+ hours) on the Andromeda Galaxy (M31). 🌌 Captured across multiple nights with the Seestar
An amateur astronomer has produced a detailed image of the Andromeda Galaxy by stacking more than 1,900 frames taken over roughly nine hours across multiple nights. Using a Seestar S30 Pro in equatorial mode and 2x drizzling, the shot resolves inner dust lanes, satellite galaxy M32 and dwarf galaxy M110. Space enthusiasts are sharing it as an example of what compact smart telescopes can now achieve.
- 10BBC Science Focus rounds up 18 strange space images▼"18 mind-blowing space images so weird, you won’t believe they’re real" by BBC @ sciencefocus - From wonders seen via sp
BBC Science Focus has published a gallery of 18 unusual space images, ranging from sights captured by space telescopes to pranks astronauts have played aboard the International Space Station. The collection highlights some of the weirdest visuals ever taken in orbit and beyond, and readers are sharing it as light, fascinating viewing for space enthusiasts.
- 11Hubble image shows merging galaxy group Arp 194●Hubble image of Arp 194, also known as UGC 6945. The upper component of this interacting galaxy group has two nuclei tha
A Hubble Space Telescope image of Arp 194, also known as UGC 6945, is drawing attention online. The interacting galaxy group's upper component shows two nuclei in the early stages of merging, linked by trails of blue super star clusters, while the lower component is a single large galaxy. Space enthusiasts are sharing the picture for its striking view of galaxies colliding.
- 12New telescope image captures lenticular galaxy NGC 2655●Planewave CDK24 image of Arp 225, also known as NGC 2655. NGC 2655 is a giant lenticular galaxy, a galaxy that has a dis
An astronomy image taken with a Planewave CDK24 telescope shows NGC 2655, also catalogued as Arp 225, a giant lenticular galaxy with a disk but no spiral arms. Faint outer ripples around the galaxy may be the result of a recent merger with a smaller companion. The image, credited to KuriousGeorge on Wikimedia Commons, is being shared among space enthusiasts.
- 13Amateur astronomer images the Lizard Nebula SH2-126●SH2-126 (Velká mlhovina Ještěrky) SkyWatcher 254/1000, Baader MPCC III, QHY163M, EQ6-R Pro Synscan, ASI 120 MINI MONO Gu
A Czech amateur astrophotographer has published a new image of SH2-126, known as the Great Lizard Nebula, a faint emission nebula in the constellation Lacerta. The picture was captured with a SkyWatcher 254/1000 telescope, a QHY163M camera and an EQ6-R Pro mount, combining over 17 hours of exposures in luminance, red, green, blue and hydrogen-alpha filters. The image is shared via the Czech astrofotky.cz gallery.
- 14Hubble captures merging galaxies Arp 81 in striking new image●Hubble image of Arp 81, also known as NGC 6621 and NGC 6622. The galaxies NGC 6621 (right) and NGC 6622 (left) are about
A Hubble Space Telescope image of Arp 81, a pair of interacting galaxies known as NGC 6621 and NGC 6622, is drawing attention. The two galaxies are midway through a merger, with a recent encounter pulling a long tail of material out of NGC 6621 that wraps behind the galaxy. The collision has also triggered concentrated star formation, making the pair a striking example of galactic interaction.
- 15Amateur astrophoto captures Fossil Footprint Nebula in Perseus●Over 2.5 hours on the Fossil Footprint Nebula (NGC 1491) in Perseus. Captured with the Seestar S50 Pro in EQ mode. Drizz
An amateur astrophotographer has published a deep-sky image of the Fossil Footprint Nebula (NGC 1491) in the constellation Perseus, built from more than 2.5 hours of exposure using a Seestar S50 Pro smart telescope in equatorial mode. The image was drizzled 2x to bring out the dense H-alpha ionization 'claw' carved by the massive O-type star BD+50°886 at the nebula's heart.
- 16Telescope image captures two spiral galaxies locked in gravitational dance●New Technology Telescope image of Arp 271, also known as NGC 5426 and NGC 5427. The mutual gravitational interaction of
The New Technology Telescope has captured a striking image of Arp 271, a pair of interacting spiral galaxies known as NGC 5426 and NGC 5427. Their mutual gravitational pull distorts both galaxies and has formed a bridge of gas, dust and young stars linking them together. The image was released by the European Southern Observatory.
- 17Astronomers highlight the Heart Nebula in Cassiopeia●The Heart Nebula (Sh2-190) is an emission nebula located in the constellation Cassiopeia about 7500 ly away. It includes
Space enthusiasts are sharing images and details of the Heart Nebula (Sh2-190), an emission nebula in the constellation Cassiopeia roughly 7,500 light-years from Earth. It contains the open cluster IC 1805 at its centre, along with numerous dark nebulae, and takes its name from its heart-like shape when photographed through telescopes.
- 18James Webb Telescope Captures Stunning Portrait of the Lion Nebula▼Come Face-to-Face with the Lion Nebula in the James Webb Space Telescope’s Portrait The shape is formed by the remains o
The James Webb Space Telescope has released a striking new image of the Lion Nebula, capturing the remains of a dying star with a dense stellar core as it sheds its outer layers into space. Astronomy enthusiasts are sharing and discussing the portrait, praising the telescope's ability to reveal fine structures in stellar remnants and adding to a string of celebrated Webb observations.
- 19James Webb captures a dying star in the Lion nebula●La nébuleuse du Lion : James Webb photographie le visage d’une étoile mourante https:// 2tout2rien.fr/nebuleuse-du-lio n
The James Webb Space Telescope has produced new images of a nebula in the Leo constellation, showing a dying star in striking detail. The French-language article notes the scene invites pareidolia, with observers seeing a face in the cosmic structures. Space enthusiasts are sharing the photographs and marvelling once again at the telescope's ability to reveal star formation and death.
- 20James Webb captures lion-shaped nebula 5,000 light-years away●Un lion se cache à 5 000 années-lumière de la Terre ! 🦁✨ Cette incroyable tête de félin est en réalité une nébuleuse for
The James Webb Space Telescope has released a striking new image of a nebula about 5,000 light-years from Earth, formed by the dying breaths of a star. The glowing gas clouds form a shape resembling a lion's head. The portrait differs markedly from earlier images of the same object taken by the Hubble telescope, and astronomy enthusiasts are sharing the comparison widely.
- 21Amateur Astronomers Share Their Own Lunar Maps●Lunar Maps # moonmaps # lunarmaps # moon # science # astronomy # astrophotography # smartphoneastronomy
Stargazers are posting handmade and photographed lunar maps, charting craters and maria on the Moon using telescopes and even smartphones. The trend fits into the wider smartphone astronomy community, where hobbyists capture detailed images of the lunar surface with modest equipment and share them to help others identify features on the Moon.
- 22Smartphone astrophotography captures detailed lunar closeups●Lunar Closeups # moon # astronomy # astrophotography # smartphoneastronomy # science https:// youtube.com/shorts/ipSALYs
Amateur astronomy enthusiasts are sharing close-up images and footage of the Moon taken with smartphones, highlighting how accessible astrophotography has become. The posts, tagged under astronomy and smartphone astronomy, show crater detail achievable without specialized telescopic camera equipment, drawing interest from science communities online.
- 23Amateur Astrophotographer Captures Five-Hour Image of Flaming Star Nebula▼Over 5.5 hours on the Flaming Star Nebula (IC 405). 🌌 Captured with the Seestar S50 Pro in EQ mode. Drizzled 2x to resol
An amateur astrophotographer has shared a deep-sky image of the Flaming Star Nebula (IC 405), built from more than 5.5 hours of exposure using a Seestar S50 Pro smart telescope in equatorial mode. The picture, processed with 2x drizzling, resolves hydrogen-alpha gas channels and dark dust rifts around the runaway star AE Aurigae, drawing appreciation from the astrophotography community.
- 24Amateur astrophotographer captures 7-hour image of California Nebula●Over 7 hours of dual-band integration on the California Nebula (NGC 1499). 🌌 Captured across two nights with the Seestar
An amateur astronomer has shared a deep-sky image of the California Nebula (NGC 1499) built from more than seven hours of dual-band exposure data collected over two nights. The shot was taken with a Seestar S30 Pro smart telescope in equatorial mode and processed with 2x drizzle to bring out the glowing hydrogen-alpha shock front sculpted by the star Menkhib.
- 25Tiny mirror tweaks boost NASA's Roman Space Telescope vision▼NASA's Nancy Grace Roman Space Telescope has exceeded expectations after engineers made incredibly tiny adjustments to s
Engineers working on NASA's Nancy Grace Roman Space Telescope report the observatory has exceeded expectations after microscopic mirror adjustments sharpened its view of the universe. By moving a mirror a fraction of the width of a human hair, the team dramatically improved image precision ahead of the telescope's mission to survey vast swathes of the sky. Space enthusiasts and science outlets are sharing the news, praising the precision engineering behind the milestone.
- 26James Webb Telescope Captures Stunning Stellar Jets●Webb Captures Stellar Jets https://www. nasa.gov/image-detail/55572978 759-545472774e-o/?utm_source=dlvr.it&utm_medium=m
NASA's James Webb Space Telescope has released a new image capturing stellar jets — narrow streams of gas ejected by young forming stars. The observation offers a detailed look at the early stages of star birth and is drawing attention among astronomy and space science enthusiasts sharing the image across social platforms.
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Researchers are applying machine learning techniques to help separate the photon rings that form around black holes — narrow, nested circles of light predicted by Einstein's general relativity and hinted at in images from the Event Horizon Telescope. The work suggests algorithms could tease apart overlapping ring structures that are too faint or fine for conventional analysis, potentially enabling sharper tests of gravity near black holes.