8000 years ago, a supernova exploded and left a so-called supernova remnant - the large Veil Nebula in constellation Cygnus. app.astrobin.com/u/bernhard.s... Panasonic S5, Redcat 51/250, dualband filter, 65x1min, ISO 800. 🔭 #astrophoto

My favourite region on the #moon, Mare Imbrum, with adjacent craters Sinus Iridum, Plato and Copernicus. In this moon phase, special tectonic features, so-called wrinkles are visible on the floor of Mare Imbrum, inter alia Dorsum Heim and Dorsum Zirkel Skymax102, ASI 220 Mini Mono 🔭 #astrophoto

When imaging the constellation #Orion long enough, the faint "Barnard's Loop" becomes visible, an emission region measuring some 300 light years across. Panasonic S5, 22mm focal length, 1 hour stack (800 x 5 sec, as I had no tracking available), ISO 800, Crete. 🔭 #astrophoto

Another example of a gas cloud that is both ionized and at the same time dissolved by intense stellar winds. Here, it is the star Gamma Cassiopeia that shapes the nebula IC 63, also known as the 'Ghost of Cassiopeia'. Newton 300/1350, Panasonic S5 mod, 30 min Ha/OIII, ISO 800. 🔭 #astrophoto

The result of yesterday's cloudless night: The emission nebula NGC 6820 with star cluster NGC 6823. The hot, young stars of the cluster erode the surrounding gas and dust. Newtonian 300/1350, Panasonic S5 mod, 65x30s RGB + 130x30s Ha/OIII, ISO 800.

If you ever come to Vienna, I recommend a visit to the Kuffner #Observatory on the outskirts of the city. We had a special tour there last night from a dedicated club member. Central is the large refractor (270/3500) from 1887, the third largest in Austria. 🔭

My take of tonight's #lunar eclipse. The totality was hidden by clouds, unfortunately. 🤷‍♂️

Our #sun, which currently displays numerous spots and a particular large, complex group of sun spots. It's great that the peak of solar activity seems to persist for a while longer! Panasonic S5 mod, Skymax102/1300, 5% of 260 frames, 1/400 sec each, ISO 100 🔭 #astrophoto

Trifid Nebula (M20), imaged 2 nights ago before it hid behind the rooftops. The red part is an emission nebula, ie hydrogen ionized by the central star cluster - while the blue part is a reflection nebula Panasonic S5 mod, Skymax102/1300, 30 min, ISO 800, Siril/Starnet/Graxpert/Gimp 🔭 #astrophoto

I added some H alpha to my recent image of the nebulae Sh2-54, Eagle, Omega, and Messier 24. The HII emission regions stand out a lot clearer. Also, the colors are a bit more realistic now. 🔭 #astrophoto

The Milky Way between the open star clusters M11 (left) and M26 (bottom). Here, no dark clouds obstruct our view into deeper regions of our galaxy. Panasonic S5 mod, Redcat51/250, 80x30sec, ISO 800, dualband filter 🔭 #astrophoto

Messier 101, the Pinwheel Galaxy, is roughly the size of our own galaxy, the Milky Way. We see it from a distance of 22 million light years. Panasonic S5, Skymax 102/1300, ISO 800, 80 min total 🔭 #astrophoto

Our former ninth planet #Pluto as seen in constellation Capricorn last night. Pluto's position against the night sky noticeably changes from night to night. Magnitude ~15.5 mag, distance 34.4 AU (AU = distance earth-sun) Panasonic S5, Skymax 102/1300, 233 x 10 sec = 40 min, ISO 800 🔭 #astrophoto

A look into the plane of our Milky Way: HII region Sh2-54, Eagle Nebula, Omega Nebula and Messier 24. Panasonic S5 mod, Redcat51, 222 x 30sec = 1h 50 min, ISO 800 Full picture: app.astrobin.com/u/bernhard.s... 🔭 #astrophoto

The Eagle Nebula (Messier 16) with the famous Pillars of Creation. Panasonic S5, Skymax 102, GTi, ISO 1000, 10 sec/frame, 75 min total. Siril, Starnet, Graxpert, GIMP. The Skymax is not optimal for deep sky imaging (plus full moon, by the way), but Graxpert helps. 🙂 🔭 #astrophoto

Rework of my image of the Heart and Soul Nebula taken two weeks ago. Now with stars... I like it a lot better. Thanks to Dennis Marso and his very good Youtube tutorial on Siril+Graxpert+Gimp! 🔭 #astrophoto

The #sun shows a number of bipolar sun spot groups these days, the sun spots themselves being relatively small. Panasonic S5, Skymax 102, 6% of 375 frames, 1/100 sec each, ISO 100 🔭 #astrophoto

The Pacman nebula (NGC 281) - obviously trying to catch Schedar 😉, the brightest star in Cassiopeia. Pacman is an emission nebula almost 10,000 ly away. At its center it hosts prominent dust bands and an open star cluster. Panasonic S5, Redcat51, ISO 800, 80 min total 🔭 #astrophotography

Starless Version of the Heart and Soul Nebula in Cassiopeia. The Soul Nebula to the left is also called the Embryo Nebula, a name which suits its appearence better, I'd say. Panasonic S5, Redcat51, ISO 800, 70 min, 30 sec per frame. Stars removed with Starnet/SIRIL. 🔭 #astrophotography

Our nearest large neighbour, the Andromeda galaxy, accompanied by two small satellite galaxies, as seen from a shore in Brittany. Here, they fortunately switch off street lights at midnight 🙂👍 Redcat51, Panasonic S5, 75 min total, 30 sec per frame, ISO 800. 🔭 #astrophotography

M51, the Whirlpool Galaxy - a spiral galaxy interacting with irregular companion NGC 5195 which triggers intensive star formation in M51, both at distance of 24 million ly. Lumix S5, Skymax 102 (1300 mm, f/12,7!). StarAdventurer GTi. 280 images, 15 sec each, ISO 800, 70 min. 🔭 #astrophotography

Today's sun in H alpha light. Note the huge solar prominence to the left. Sorry for the quality, had only my mobile phone available to capture the Coronado's image. 🔭 #astrophotography

Globular cluster M13 in the constellation Hercules. Approx. 25000 light years away from us and consisting of roughly half a million stars. M13 actually was the target of the #Arecibo message sent 1974. 👽 Panasonic S5 on a 30 cm Newton. 25 min in total. ISO 800. 🔭 #astrophotography

Moon this afternoon... Panasonic S5 on Skymax102. 20 of 200 images, 1/200 sec at ISO 500 each. 🔭 #astrophotography

The Leo Triplet, a group of three galaxies some 35 million light years away. DSLM on Redcat51, 85 min total, 340 frames, 15 sec each, ISO 400. 🔭 #astrophotography

Here comes the sun... Good to see the current solar cycle still produces magnificient sun spot groups! DSLM on Newton 114/900. 7% of 540 images, 1/400 sec at ISO 340 each. 🔭 #astrophotography

Last night's moon... Image taken with a DSLM on a small 114/900 Newton. 20% of 800 images stacked, 1/200 sec at ISO 800 each. The close-up shows crater Petavius with its rim (left to the central peak). 🔭 #astrophotography

Mars approaching the open star cluster M44 (Praesepe, or The Beehive). Image taken on April, 25th. DSLM on Redcat51. Only 3 min total due to clouds, ISO 800. 🔭 #astrophotography

The moon, shortly before eclipsing the Pleiades tonight. Mobile phone on 8x20 binoculars 😊 🔭 #astrophotography

The Beehive Cluster (M44), surrounded by stars in the constellation Cancer. 580 light years to travel, measuring 23 ly across. Contains ~300 stars and is about 700 million years old. DSLM, Redcat51, 20 min total at ISO 800. 🔭 #astrophotography

The 'Monkey Head' (NGC 2174), an HII emission nebula 6400 light years away and measuring 75 ly across. Hydrogen gas is ionized by the photons of nearby stars, reemitting the light we see here. DSLM, RedCat51, 1 hr total at ISO 800. Needs more focal length and time, I know 😉 🔭 #astrophotography

Public 'Astronomy Day' at the Walter Hohmann Observatory in Essen, Germany. Many more than expected came to see the partial solar eclipse. Great day!

The maximum of the current solar cycle seems to be definitely over. 😫 Today's sun spots not too impressive... 🤷‍♂️ So let's look forward to 2035. ☀️ 🔭 #astrophotography

Open star clusters Messier 35 & NGC 2158 as well as Messier 37. All well visible at night these days... M35 with >500 young stars and 2800 light years away, while NGC 2158 has >10000 old stars in a distance of 16000 ly. M37 in between with 2000 middle-aged stars, 4400 ly away. 🔭 #astrophotography

The moon, obviously... Most prominent near the center of the crescent is crater Theophilus with its remarkable central mountain. DSLM on Newton 114/900, 2x Barlow, 6% out of 530 frames stacked, each 1/100 sec, ISO 1000. 🔭 #astrophotography

Sunday, Sunny Sunday! ☀️ DSLM on Newton 114/900. 30 out of 200 frames, each 1/400 sec, ISO 100. 🔭 #astrophotography

Venus - as it appeared two days ago while beginning to overtake between the earth and the sun. DSLM on a C14, 50 of 200 images, each 1/400 sec, ISO 100. 🔭 #astrophotography

Our moon on Feb 1st, 2025. DSLM on a C14, combination of 2 images, each 1/80 sec, ISO 400, 20 out of 50 frames stacked. 🔭 #astrophotography

M42 (The Orion Nebula). DSLM on a C14, 20x 60 sec, ISO 1000. 🔭 #astrophotography

Messier 1 (The Crab Nebula) is a supernova remnant in the Taurus constellation, currently well visible at night. DSLM, C14, 20 x 60 sec, ISO 1250. 🔭 #astrophotography

Today's sun, exibiting a huge group of sun spots. DSLM on Newton 114/900, 20 of 100 images stacked, ISO 100, 1/50 sec. 🔭 #astrophotography

M42 (The Orion Nebula). Again, no tracking. 1150 single frames stacked, 0.25 sec each, ISO 5000. DSLM on Newton 114/900. 🔭 #astrophotography

Open star cluster Messier 45 (The Pleiades). No tracking, but 500 single frames stacked, 0.25 sec each, ISO 5000. DSLM on a Newton 114/900. 🔭 #astrophotography

The Sword of Orion and M42. DSLM on a Newton 114/900. No tracking available! 🤷‍♂️ Instead, 600 single frames stacked, 1/5 sec each, ISO 2500. 🔭 #astrophotography

The sun on Jan 19th, 2025, 1 p.m. CET. Newton 114/900, Barlow 2x, DSLM, ISO 400, 1/100 sec, 25% of 200 images. 🔭 #astrophotography

Slowly improving image editing skills... 😊 Now Jupiter's Great Red Spot visible also on images taken with my small 114/900 Newton. Jan 13th, 2025, 22 CET. DSLM, eyepiece projection, 30 sec video, ISO 2500. 🔭 #astrophotography

Towards the moon's south pole sits crater Clavius, one of its largest craters, measuring 230 km across. By the way, it featured as the site of a lunar base in the movie "2001". DSLM, 114/900 Newton, eyepiece projection, 30 of 50 images stacked. 🔭 #astrophotography

Last night's moon. See at the top left the mountain range Montes Jura, bordering Sinus Iridum. DSLM, 114/900 Newton, ISO 400, 1/100 sec, 50 of 150 images stacked. 🔭 #astrophotography

Last night's good seeing allowed for taking some decent images of Jupiter (and its moons Europa, Io and Ganymede) even with a little 114/900 reflector. Jan 9th, 2025. 21:50 CET. 🔭 #astrophotography

Tonight's partly clear sky 🙃 allowed for taking some images of the waxing gibbous moon with my Panasonic S5 and a 114/900 Newton reflector, ISO 640, 1/200 sec, 80 of 140 photos stacked 🔭 #astrophotography