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Jellyfish Nebula DSLR

Jellyfish Nebula - posted in DSLR, Mirrorless & General-Purpose Digital Camera DSO Imaging: One more for the collection . Jellyfish Nebula done with the Taka 106 ED, NikonD5300 moddified, RST 135 mount. 10X300, Iso 400 and all the calibration files. L-Enhance filter used. BackyardNikon,PHD2,DSS,Pixinsight and Photoshop CS2 IC 443- The Jellyfish nebula (DSLR) Hemisphere: Northern · Contains: IC 443 · The star Propus (ηGem) View. Inverted monochrome Annotated Large size Full size User. View profile Send private message Remove shadow-ban Share; Navigation context User gallery All image upload IC 443, the Jellyfish Nebula, is a 5 frame mosaic consisting of 35 frames, 6 X LRGB (180 sec); 5 X HA (600 sec). The Jelly Fish, section was taken first 3 X LRGB Ha, then the 4 Panel Mosaic background was taken with 1 X LRGB Ha. After some processing with Pixinsight 1.8, the panels were combined with Astro Pixel Processer and then further. Jellyfish Nebula & M 35 Contains: DSLR/Mirrorless Imagers from the World: About. AstroBin is an image hosting website specifically targeted to astrophotographers: it's the first and the last place where you need to upload your astrophotography images. Made by an astrophotographer, for the astrophotographers

Now, when I finally have some clear skies, the moon spoils it all, so I have played around with data from last month on the Jellyfish Nebula. It is my DSLR data with Francois Theriault's CCD Ha data as luminosity. Equipment in Sweden: ES 127ED refractor with TS 0.79x reducer (=f/5.9) IDAS filter and Canon 60Da on EQ8 Processing. DSS: Auto adaptive weighted stacking - lights. Photoshop: Fix gradients, fix halos, levels, curves, channel mix, vibrance/saturation, hue. Taken from Bortle 6 skies in St. Pete, FL. This one was the first image I took with the new Baader filters, but took longer to process because I forgot to remove the Celestron LPF The Jellyfish Nebula. Back. The Jellyfish Nebula (IC 443, or Sharpless 248) is a large pair of supernova remnants located in the constellation Gemini several degrees northwards from Orion's head, making it a beautiful addition to an already brilliant winter sky. This image was shot across several nights in January through March of 2019 78 x 180 sec at ISO 800. Bortle class 8 city sky. Nikon D5300 full spectrum. AT6RC + 0.67x telecompressor. Optolong L-eNhance filter. CEM25P. Orion 50mm guidescope + T7C camera. Astrophotography Tool. PHD2

Jellyfish Nebula - DSLR, Mirrorless & General-Purpose

IC443 The Jellyfish Nebula | IC 443 is a Galactic

The Jellyfish Nebula - also known as IC 443 and Sh2-248 - is a supernova remnant located 5,000 lightyears away. The glowing cosmic tendrils and fat bulbous 'head' are what give this deep-sky object its name, as it resembles a cosmic jellyfish floating through the Universe. The Jellyfish Nebula is all that remains of a massive star that. So, Jellyfish nebula, total of 12 hours of exposure with optolong l-extreme dual band. Also quite a challenge in processing, hope that not many processing artifacts have made it through:)) 200/800 newtonian, D5600 modded, HEQ5 PRO mount Jellyfish Nebula in Stellarium using the 450D and Miranda FOV That first night I took just over 2 hours worth of data, although I ended up only keeping 90 minutes worth. Although I was guiding on the Star Adventurer, recent modifications to Miranda's configuration meant I'd pushed too hard on the weight limits, so I was having to restrict. M81 & M82 (Unmodified DSLR) Took advantage of last nights clear skies (uncommon in Ohio) and decided to try and capture Bode's galaxy and friends with my ED80t CF. With being such a short focal length I'm still quite happy with the results The Jellyfish Nebula, also known by its official name IC 443, is the remnant of a supernova lying 5,000 light-years from Earth. New Chandra observations show that the explosion that created the Jellyfish Nebula may have also formed a peculiar object located on the southern edge of the remnant, called CXOU J061705.3+222127, or J0617 for short

IC 443- The Jellyfish nebula (DSLR) ( Federico Pelliccia

IC 443 (the Jellyfish nebula) Contains: IC 443, The star Propus (ηGem) View. Inverted monochrome Annotated Large size Full size User. View profile Send private message Share; Navigation context User gallery All image uploads. DSLR Images. NGC 281 The Pac-Man Nebula: NGC 1499 The California Nebula: NGC 2070 The Tarantula Nebula NGC 2237 The Rosette Nebula: NGC 2264 The Cone Nebula: NGC 2359 The Jellyfish Nebula: IC 1287: IC 1318: IC 1396: IC 1470: IC 1805 The Heart Nebula: IC 1848: IC 1995: IC 2087: IC 2118 The Witch's Head Nebula: IC 2162: IC 2169: IC 2177: IC. The Jellyfish Nebula In reply to Rey66 • Feb 5, 2019 I use 20min per exposure here in narrow band filters for a total of about 21 hrs.. IC443 Jellyfish Nebula in Gemini - Ken Walker. This week's StellarShot submitted by Ken Walker. He sent us a fabulous Jellyfish Nebula image. To Own the Night, Ken used his Stellarvue SVX102T-R and our SFFR-102 flattener. We hope you're as impressed as we are. Thanks for sharing Ken, we hope to see more of your work

Jellyfish Nebula - Doug Lalla - Stellarvu

  1. i. Its distance is roughly 5,000 light years from Earth and may be the remains of a supernova that occurred 3,000 - 30,000 years ago. (Wikipedia) Date: 11/1/15 6x1200s Ha lu
  2. The Jellyfish nebula is one of those rare, named objects that actually look like it's name! Here is what I have so far on it. It has the head clearly defined but the beginnings of the tendrils at the bottom. IC 443 is only about 30,000 years old which is quite young in astronomical terms. The Jellyfish Nebula is about 5,000 light-years away.
  3. 644 votes, 10 comments. 1.3m members in the astrophotography community. Images of space, taken by amateurs
  4. IC 443 Nebula - Also known as the Jellyfish Nebula Image was taken with a modified Digital Rebel through Orion ED80 Refractor with Televue .80X Reducer. The ED80 was mounted on an Orion Atlas EQ-G mount. The EQMOD ASCOM driver was used to drive the mount directly via an EQDIR interface module
  5. utes exposure time, so the result is not.
  6. Yes! What a wunderful (cold) clear night! Finally after weeks bad weather This time at ISO3200. Just for testing because of this comparison. I like the result ;-) Detail

Jellyfish Nebula & M 35 ( J_Pelaez_aab ) - AstroBi

Jellyfish nebula with OSC camera - Imaging - Deep Sky

This week's StellarShot was submitted by Todd Fleischmann. This up close and personal image of the Jellyfish Nebula really grabs the details with contrast and subtleties. To Own the Night Todd trusted his Stellarvue SV130T-3FT. We hope you like it as much as we do.Thanks for submitting and letting us share this incredible image Todd. Supernova Remnant IC443 as captured February 18 - 20 in. My First shots in late 2019 using an Orion Starblast 6i Intelliscope with 25mm eyepiece, t-ring adapter, and my Nikon D800e DSLR (unmodified) I compared pictures of deep-sky objects taken by the Hubble Space Telescope and by a small amateur telescope. It was INSANESubscribe and you will get a free. In my astrophotography blog series, I discuss the importance of H-alpha and how to image these nebula with a modified DSLR. The Veil Nebula Complex . The Great Orion Nebula. The images in part 2 were all photographed in the H-alpha wavelength (656.28 nm). The exposures are long. The Jellyfish Nebula

The Jellyfish Nebula : astrophotography - reddi

The Jellyfish Nebula, also known by its official name IC 443, is the remnant of a supernova lying 5,000 light-years from Earth. New observations from NASA's Chandra X-ray Observatory show that the explosion that created the Jellyfish Nebula may have also formed a peculiar object located on the southern edge of the remnant The Jellyfish Nebula (IC 443, Sharpless 248) is a supernova remnant located in the constellation Gemini. It lies at an approximate distance of 5,000 light years from Earth and has an apparent magnitude of 12. The nebula can be found between the stars Mu and Eta Geminorum, at the foot of one of the celestial Twins. Read More » Jellyfish Nebula M42 - The Orion Nebula. Hey r/astrophotography! Ive gotten into a bad habit of not sharing some of the images Ive taken over the past few months, and I figured I could share some of them today. Heres my image of the Orion Nebula, with a bit of a twist compared to how my other M42's have gone. This image is a mono Ha + RGB from a DSLR taken at a. Beginner DSLR Astrophotography Equipment Guide: Hunting the Jellyfish Nebula with the Meade 70mm APO Capturing M8 & M20 - The Lagoon & Triffid Nebula (First light with a Wide telescope.

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Jellyfish Nebula by Pavel Pech Jellyfish Nebula by Clarasso Lunette Abell 21 - The Medusa Nebula Mag: 15.99. Abell 21 is an incredibly dim planetary nebula, making it one of the more challenging targets on the list and best imaged using narrowband filters. Combining Ha with RGB can also produce well-structured results The nebula also referred to as the pillars of creation is a about 6500 light years away from Earth and the column of star forming gas and dust in the center is approximately 60 trillion miles high. At least we know there are somethings in the universe bigger than our national debt. Eagle Nebula - July 2011 Propeller Nebula 15: Sept: DSLR: I saw some wonderful narrowband versions of the supernova remnant IC 443 Jellyfish Nebula this year, in particular adopting a wider view to incoporate its sentinel-like parner stars Tejat (Mu Geminorum) left and the tripple star Propus (Eta Geminorum) right, together with the reflection nebula IC 444 in the. Object Information: IC443, also known as Sh2-248 and the Jellyfish Nebula is located in Gemini. It is a supernova remnant located about 5000 light years from Earth. It emits energy in the X-Ray region as well as visible light Rosette Nebula: NGC 2264: Jellyfish Nebula - IC 443: Seagull Nebula - IC 2177: M45 - The Pleiades: Witch Head Nebula - IC 2118: M1-The Crab Nebula: Thor's Helmet - NGC 2359: Horsehead Nebula: M 33: Pacman Nebula (NGC 281) Comet Holmes: The Monkey Head Nebula (NGC 2174 / 2175) The Sculptor Galaxy (NGC 253) Helix Nebula (NGC 7293) IC 348: M52 and.

Jellyfish Nebula IC443 First light with Samyang 135mm F2 lens imaging at F2.8 Atik460EX Newly Rowan belt modded HEQ5 Ha 12 x 600 secs RGB 17 x 150 secs Oiii 10 x 300secs (but doesn't really add to the image) Bortle 8 202 IC443, The Jellyfish Nebula, is a supernova remnant in the constellation Gemini. At roughly 5,000 light years, the Jellyfish sits near the star Tejat Prior (meaning 'forward foot'), the left foot of the northern twin. (Tejat Prior is, itself, a triple star system, at magnitude ~3.2 — so reasonably easy to spot in most skies.

IC 433--Jellyfish Nebulaand. B. IC2177--Seagull Detail. B. NGC 2359 Thor's Helmet. B. Veil : Rosette--Hubble Palette: Horsehead and Flame Narrowband: M17- Omega or Swan Nebula: M16- Eagle Nebula. Heart Nebula: IC 5068: IC 417 Spider and Fly: Propeller Nebula

The Jellyfish Nebula (IC 443, Sharpless 248) is a supernova remnant located in the constellation Gemini. It lies approximately 5000 light years from Earth and can be found between the stars Mu and Eta Geminorum, at the foot of one of the celestial Twins M42 - Orion Nebula (re-process) Re-process of M42 using my DSLR image from December 2011 and Ha data taken with my Atik383L in early 2013. N.B. so this is a re-process rather than a recent image The Jellyfish Nebula is a remnant of a supernova that occurred in the Milky Way between 3000 and 30000 years ago. The supernova event produced the nebula and a neutron star. The presence of the neutron star and the nebula's location in a star forming region indicate that the remnant was created by a Type II supernova, one triggered by a rapid.

The Jellyfish Nebula — Astronewto

Simon Downing uses Skywatcher Explorer 300PDS 12 f/5 and Skywatcher Quattro 8 f/4 Newtonian Reflectors on a Skywatcher NEQ6 Pro mount. His autoguiding system is the Orion Mini 50mm Guidescope with the Orion StarShoot AutoGuider.For imaging, Simon uses a modified Canon EOS 650D DSLR (to remove the IR filters) with a Hutech IDAS LPS filter to strongly reduce light pollution The Bubble Nebula is a wonderful target to photograph. We spend a little over 3 hours imaging this deep sky object using our 8 Newtonian and ASI 1600MM-Pro cooled camera in Narrowband. Try to also get the open cluster M52 in your frame! It is located very close to NGC 7635 Image was taken with a Canon 20Da DSLR and a Takahashi E-180 astrograph on a Paramount. IC443 (Jellyfish Nebula) 965 views IC443 (Jellyfish Nebula) is the supernova remnant of a massive star that exploded thousands of years ago. The nebula is located around 5,000 light years away from Earth in the constellation of Gemini

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The Jellyfish Nebula

Jellyfish Nebula or IC443. Alberta, a town at 51 degrees north latitude. Andersen used a Canon EOS 6D DSLR camera fitted with a Tamron 15-30mm f/2.8 zoom lens set to 15mm for an 8-second exposure at ISO 3200. Orion in September from Indian Fields, Nova Scotia. (Barry Burgess Caldwell 49 The Rosette Nebula, the butthole of the universe. Monoceros also contains the Christmas Tree cluster and Cone Nebula, which make for some truly interesting imagery. Bordering this, you have the constellation Gemini, containing, among other things, the Jellyfish Nebula, and M35, a large bright elongated open cluster Jellyfish Nebula. IC443. Nebulas Jason Matter July 15, 2018 Jellyfish Nebula, ic443, DSLR Wide Field Jason Matter January 15, 2019 orion nebula, wide field photography, horsehead nebula, flame nebula, banards loop, witch head nebula, m42, b33, ic2118, sh 2-276

Jellyfish Nebula ( drivingcat ) - AstroBi

Speaking of shots of awe, here's an amazingly beautiful wide-field view of IC 443 (also known as the Jellyfish Nebula) a supernova remnant, as well as IC 444, a small reflection nebula, together. 10:01PM — Flame Nebula (LRGB) 10:37PM — 37 Star Cluster NGC2169. 10:43PM — Hubble's Variable Nebula. 10:58PM — Rosette Nebula - also H-alpha. 11:21PM — Star Cluster M46 with Planetary Nebula NGC2438. 11:34PM — Southern Star Cluster NGC2477. 11:46PM — EskimoPlanetary Nebula NGC2392 (LRGB) 12:31AM — Jellyfish Nebula IC44 Introduction. L-eXtreme is a two 7nm bandpass filter which can be used with one-shot colour cameras like DSLR's (digital SLR), and monochrome CCD cameras, it is also more suited for fast systems. The convenience and cost effectiveness of this filter allows amateurs to image a rich emission nebulas, even in bright, light pollution skies Color CCD & DSLR Images. Color CCD & DSLR Images. IC342. Eagle Nebula. M31 (Close-up) Swan Nebula. M13. M101. vdB152 & B175 HD video footage download - Quadcopter drone hovering in a clear blue sky and landing on the ground and photo shooting concept Clip Black small quadrotor with digital camera and rotating blades bottom vie

Color CCD & DSLR Images

The Jellyfish Nebula shot from the city

The results were quite encouraging as seen below. The nebula looks like a semi-translucent pink/red jellyfish! The Crescnet nebula - ISO500, f7.5 and ~117 min of total integration time with 50 sec subs using an H-Alpha modded Nikon D5300 DSLR. Slight crop to show the nebula better. I am happy with this image On Wednesday evening I managed 4 hours on this in spite of a poor forecast.48 x 5 min subs through my William Optics Megrez 72 with FR and Atik 314L+ and Ha 7nm filterDav Top 10 Astrophotography Targets for Fall & Winter. Widefield, News, Nebula, astrophotogrphy Charles Lillo October 03, 2017 The Tadpole Nebula, The Rosette Nubula, Christmas Tree Cluster, Orion Nebula, horsehead nebula, thor's helmet, The rosette Nebua, M78, The Heart Nebula, Astrophotography 1 Comment. Every season has it's goto targets (pun. Recent images. NGC7380 (The Wizard nebula) NGC3628. NGC1499 (The California Nebula) Sh2-132 (The Lion nebula) Sh2-155 Cave nebula. DWB 111 Propellor nebula Very bad weather compared to last year This evening I catched again a little cloud free window and I could make a preview of my next target, the Jellyfish Nebula IC 443. Bad conditions and only 20 minutes exposure time, so the result is not really good. Anyway, here is the image

Astrophotography: Jellyfish Nebula IC443 ****updated***

digital single-lens reflex (DSLR) cameras. In the past few years, a mismatch has The Jellyfish Nebula (IC 433) in Gemini resulted from a star exploding several thousand years ago Welcome. My name is Karol Novotny and I started with DSLR astrophotography in August 2015. The reason: a few months before I bought a telescope for observing. To capture all these little treasures of the sky I use currently the SkyWatcher Star Adventurer mount, a modified Canon EOS 70D, a Canon EF 400mm f/5.6 lens and the Lacerta MGEN-II auto guider. This blog is my personal journal to track. IC 443 (The Jellyfish Nebula) Nebula Charles Lillo December 19, 2012 1c443, Takahashi fsq-106, jellyfish nebula, Florida Trail, DSLR, Nikon D5000, Nikon, Area 63. The Veil Nebula in Narrow Band. Nebula Charles Lillo August 21, 2014 FSQ-106, Veil Nebula, narrowband, Hubble Palette, sBig.

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Jellyfish Nebula Facts and images - BBC Sky at Night

The Eskimo Nebula is a dying star planetary nebula resembling an eskimo - also called the Clown Face Nebula. Of course, we had to violate the Jellyfish Nebula (IC443) which is a supernova remnant in Gemini. I felt it only fitting to photograph a 'jellyfish' while 5 fathoms deep Wissam Ayoub's very first image in Feb 2019, the Orion Nebula M42 using Celestron 8SE and a DSLR camera. Orion Nebula M42, Oct 2019, using ZWO ASI1600MM Pro camera and Explore Scientific 127mm ED TRIPLET APO. The Jellyfish Nebula IC 443 and surrounding IC 444, won Astrobin IOTD and was featured at Sky. HELIX Nebula - NGC7293, was. The Jellyfish Nebula shot with Baby Scope and the ASI2600MC Pro—the first meaningful image we used that camera for. of using dedicated astrophotography cameras with cooling that minimizes the read noise rather than trying to use a DSLR. My first ZWO camera was an ASI294MC Pro—one that we still employ from time to time on Mama Scope NGC7635 - Bubble Nebula, Sh2-157 - Lobster Claw Nebula, NGC7538 - Nebula, Sh2-159 - Nebula in Cassiopei M45 - The Pleiades or Seven Sisters is a favorite of mine. A relatively close star cluster, the dust the cluster is moving through creates a beautiful reflection nebula. This image was created from 30 600s luminance, 30 300s luminance, 30 60s luminance, and color from 20 each of RGB data binned 2×2 with a QSI683 mono camera and TAK FSQ106 f.

Jellyfish nebula: Astrophotography Talk Forum Forum

The Crab Nebula was first identified in 1731 by John Bevis. [15] The nebula was independently rediscovered in 1758 by Charles Messier At the center of the Crab Nebula are two faint stars, one of which is the star responsible for the existence of the nebula. It was identified as such in 1942, when Rudolf Minkowski found that its optical spectrum. Cederblad 214 - Emission Nebula in Cepheus Sh2-254, 255, 256, 257 Emission Nebulae in Orion (Also known as The Two Snow Balls) NGC7000 - North America Nebula in Cygnu Messier 1 Crab Nebula 84 x 180 seconds, gain 200, ASI 178MC. UPDATE. I've since been able to add a couple of more hours worth of data to the original image, with the result that more of the nebula detail has become apparent, especially after using the Bayer Drizzle function in Astro Pixel Processor IC 5070 Pelican Nebula IC 5146 Cocoon Nebula IC 5146 Cocoon Nebula Wide. IC 5146 Cocoon Nebula NGC 103 . NGC 129 . NGC 147 and NGC 185. NGC 188 . NGC 225 Sailboat Cluster NGC 246 . NGC 247 . NGC 253 Sculptor NGC 281 Pac Man NGC28 The Heart Nebula, IC 1805, Sharpless 2-190, lies some 7500 light years away from Earth and is located in the Perseus Arm of the Galaxy in the constellation Cassiopeia.It was discovered by William Herschel on 3 November 1787. This is an emission nebula showing glowing ionized hydrogen gas and darker dust lanes.. The very brightest part of this nebula (the knot at the western edge) is separately.

Emission Nebulae – Hydrogen Alpha | The Holland ObservatoryHotshots: top readers' images of 2018 - skyatnightmagazine

The Jellyfish Nebula is a remnant of a supernova that occurred in the Milky Way between 3000 and 30000 years ago. The supernova event produced the nebula and a neutron star. The presence of the neutron star and the nebula's location in a star forming region indicate that the remnant was created by a Type II supernova, one triggered by a rapid. The Jellyfish Nebula & Sharpless 249 https://bit.ly/3vaXUjU via /r/spaceporn https://bit.ly/3dQqUaX. Posted by Joshua B. Oakley at 6:14 PM. Email This BlogThis! Share to Twitter Share to Facebook Share to Pinterest. No comments: Post a Comment. Newer Post Older Post Home The Sword of Orion and the Orion Nebula (M42) through a DSLR camera at 200mm, f/4, 2 seconds, ISO6400. Never let a clear sky go to waste! After a quick look with binoculars at the Orion Nebula and the other features in and around the Sword of Orion, I tried to capture the same view with a quick snapshot through a DSLR