Submissions: 2025 January
Re: Submissions: 2025 January
Dear APOD Team,I hope this message finds you well. My name is Simone Curzi from Italy, and I would like to submit my recent astrophotographic work "Monoceros Space Garden" for your consideration as an Astronomy Picture of the Day (APOD).This image is a wide-field mosaic featuring the iconic Rosette Nebula (NGC 2237), the Cone Nebula (NGC 2264), the Supernova Remnant G 206.9+2.3, and Hubble's Variable Nebula. Captured with a ZWO ASI 6200MM and a RedCat 51, the composition blends narrowband and RGB data to highlight the intricate details of these celestial objects while remaining true to their natural emissions.Technical Details:Camera: ZWO ASI 6200MMTelescope: RedCat 51Filters: Ha, OIII, SII for narrowband; RGB for starsIntegration Time: Approximately 46 hoursProcessing Software: PixInsightLocation: Acquaviva Picena, Italy, Bortle 5Dec. 30, 2024 - Jan. 5, 2025
Frames:
Antlia EDGE H-alpha 4.5nm 2": 80×600″(13h 20′)
Antlia EDGE OIII 4.5 nm 2": 80×600″(13h 20′)
Antlia EDGE SII 4.5 nm 2": 80×600″(13h 20′)
Antlia V-Pro Blue 2": 40×180″(2h)
Antlia V-Pro Green 2": 40×180″(2h)
Antlia V-Pro Red 2": 40×180″(2h)
Integration:
46h
Avg. Moon age:
6.85 days
Avg. Moon phase:
11.66%To achieve the final result, I employed a dynamic formula for blending the narrowband data and applied advanced mask techniques during post-processing to enhance the visual impact while preserving scientific accuracy.The image showcases not only the beauty of these objects but also the diversity of the winter sky from the northern hemisphere. High-resolution versions of the image and cropped sections focusing on each object are available upon request.Thank you for your time and for providing such an inspiring platform for astrophotographers worldwide. I would be honored if my work were considered for an APOD.Looking forward to hearing your thoughts!
Very light version at:
Full resolution at: https://www.flickr.com/photos/197697877 ... ed-public/
Instagram page: https://www.instagram.com/simone_curzi_skylover/
Clear skies,
Simone Curzi
Frames:
Antlia EDGE H-alpha 4.5nm 2": 80×600″(13h 20′)
Antlia EDGE OIII 4.5 nm 2": 80×600″(13h 20′)
Antlia EDGE SII 4.5 nm 2": 80×600″(13h 20′)
Antlia V-Pro Blue 2": 40×180″(2h)
Antlia V-Pro Green 2": 40×180″(2h)
Antlia V-Pro Red 2": 40×180″(2h)
Integration:
46h
Avg. Moon age:
6.85 days
Avg. Moon phase:
11.66%To achieve the final result, I employed a dynamic formula for blending the narrowband data and applied advanced mask techniques during post-processing to enhance the visual impact while preserving scientific accuracy.The image showcases not only the beauty of these objects but also the diversity of the winter sky from the northern hemisphere. High-resolution versions of the image and cropped sections focusing on each object are available upon request.Thank you for your time and for providing such an inspiring platform for astrophotographers worldwide. I would be honored if my work were considered for an APOD.Looking forward to hearing your thoughts!
Very light version at:
Full resolution at: https://www.flickr.com/photos/197697877 ... ed-public/
Instagram page: https://www.instagram.com/simone_curzi_skylover/
Clear skies,
Simone Curzi
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Re: Submissions: 2025 January
Comes from its resemblance to the US State of California, this emission nebula lies about 1000 light years from Earth in the constellation of Perseus.
Discovered by Edward Barnard in 1885, it extends across 100 light years of space.
The emission gas is largely Hydrogen, and this image was taken with Hydrogen alpha filter to bring out the detail, combined with Oxygen-iii and broadband filter.
A coincidence is that the California Nebula transits directly overhead in central California where the latitude matches the declination of the object.
Image was taken with equipment below.
Mount: ZWO AM5
Camera: ZWO 2600MM Pro
OTA: Canon EF 600mm F4 L IS II
Antlia 3nm Narrowband filter
Processing: Pixinsight, Photoshop
Ha 38 x 300s
Oiii 38 x 300s
RGB 19 x 120s
Location: Johor, Malaysia
Bortle 4-5
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Re: Submissions: 2025 January
IC59/63
Data aquired from Austria/Tyrol with a 8" DIY newtonian telescope with a ASI533 mm pro on a Skywatcher EQ6-R
Link to full res PNG:
https://www.astrobin.com/full/qpbmti/0/?mod=&real=
Frames:
Baader Blue (CMOS-Optimized) 1.25": 42×300,″(3h 30′)
Baader Green (CMOS-Optimized) 1.25": 44×300,″(3h 40′)
Baader H-alpha 6.5nm (CMOS-Optimized) 1.25": 44×300,″(3h 40′)
Baader Red (CMOS-Optimized) 1.25": 44×300,″(3h 40′)
Baader UV/IR Cut / Luminance 1.25": 35×300,″(2h 55′)
Total integration:
17h 25′
Data aquired from Austria/Tyrol with a 8" DIY newtonian telescope with a ASI533 mm pro on a Skywatcher EQ6-R
Link to full res PNG:
https://www.astrobin.com/full/qpbmti/0/?mod=&real=
Frames:
Baader Blue (CMOS-Optimized) 1.25": 42×300,″(3h 30′)
Baader Green (CMOS-Optimized) 1.25": 44×300,″(3h 40′)
Baader H-alpha 6.5nm (CMOS-Optimized) 1.25": 44×300,″(3h 40′)
Baader Red (CMOS-Optimized) 1.25": 44×300,″(3h 40′)
Baader UV/IR Cut / Luminance 1.25": 35×300,″(2h 55′)
Total integration:
17h 25′
You do not have the required permissions to view the files attached to this post.
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Re: Submissions: 2025 January
IC 2944, famously known as the Running Chicken Nebula, lights up the southern skies in the constellation of Centaurus. This wide view rendition captures an array of striking features, among them are the enigmatic Thackeray’s Globules: dense, dark molecular clouds set against the nebula’s glowing backdrop. These structures provide crucial insights into star formation and the dynamics of the surrounding environment. Just below λ Centauri lies a vibrant region of rich ionized gases and scattered starlight, creating a mesmerizing blend of colors and forms.
The wide field also includes NGC 3766, a sparkling open star cluster that gleams like a cosmic jewel box amidst the diffuse nebular glow, and on the top left, the ethereal filamentary shell G296.2-2.8, with its thread-like structures weaving across the interstellar medium. Adding to the intrigue is the planetary nebula PK294-00.1, a lesser-known feature with symmetrical shapes and distinct emission lines, offering a glimpse into the post-supernova stages of stellar evolution.
All my socials here: https://linktr.ee/deepskyjourney
HQ version here: https://flic.kr/p/2qEQZWy
Tech Specs:
Telescope: William Optics RedCat 51 II
Camera: ZWO ASI2600MM Pro
Mount: NEQ6-Pro
Total Exposure: 42h 15min
Thanks for checking!
Copyright and credits: Rod Prazeres Astrophotography
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Re: Submissions: 2025 January
C/2024 G3 ATLAS in daylight by Alessandro Carrozzi, su Flickr
The comet C/2024 G3 ATLAS photographed in broad daylight on January 12, 2025, at 1:30 PM Italian time (12:30 UTC).
The comet C/2024 G3 ATLAS, belonging to the sungrazer category (comets that graze the Sun), will reach its perihelion on January 13, 2025, passing just 3,916,597 km from the Sun—less than one-tenth the distance between Earth and our star. This close approach has made it extremely bright, with a magnitude similar to that of the planet Venus. However, it is also immersed in the intense glare of sunlight, making it difficult to observe.
The photograph, made possible thanks to a clear day and excellent atmospheric transparency, is the result of a complex daytime imaging technique. To capture the image, the Sun was carefully obscured behind a building, and 165 frames of 1/1000 second each were taken, later averaged through digital processing.
Important note: The comet was not visible to the naked eye nor in individual frames. It was revealed through extreme processing of the stacked images. This type of capture can also be dangerous and should only be attempted by experienced observers. It is essential to protect both the camera sensor and the observer's eyesight with appropriate solar filters during the set up phase.
The comet C/2024 G3 ATLAS photographed in broad daylight on January 12, 2025, at 1:30 PM Italian time (12:30 UTC).
The comet C/2024 G3 ATLAS, belonging to the sungrazer category (comets that graze the Sun), will reach its perihelion on January 13, 2025, passing just 3,916,597 km from the Sun—less than one-tenth the distance between Earth and our star. This close approach has made it extremely bright, with a magnitude similar to that of the planet Venus. However, it is also immersed in the intense glare of sunlight, making it difficult to observe.
The photograph, made possible thanks to a clear day and excellent atmospheric transparency, is the result of a complex daytime imaging technique. To capture the image, the Sun was carefully obscured behind a building, and 165 frames of 1/1000 second each were taken, later averaged through digital processing.
Important note: The comet was not visible to the naked eye nor in individual frames. It was revealed through extreme processing of the stacked images. This type of capture can also be dangerous and should only be attempted by experienced observers. It is essential to protect both the camera sensor and the observer's eyesight with appropriate solar filters during the set up phase.
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Re: Submissions: 2025 January
Neptunes Amazing Solar Display
https://www.facebook.com/russell.king.18400700/
Copyright: Russell King. Neptune, NJ.
https://www.facebook.com/russell.king.18400700/
Copyright: Russell King. Neptune, NJ.
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Re: Submissions: 2025 January
The Celestial 'G' asterism
The Celestial 'G', also known as the Heavenly 'G', is a group of stars referred to as an asterism and is a good way of identifying several bright naked-eye stars in the winter night sky. The asterism starts with Aldebaran in Taurus before moving up to Capella in Auriga. From there it moves to Castor and Pollux in Gemini and then on to Procyon in Canis Minor. The final section starts with Sirius in Canis Major before moving on to Rigel, Bellatrix and finally Betelgeuse in Orion to form the final part of the 'G'. Details: Sony A7S with 14mm lens, 5s exp, 14mm fl, f/2.8, ISO-6400. Shot taken on 25 December 2024 from North Yorkshire, UK.
Copyright: Steve Brown
The Celestial 'G' asterism by Steve Brown, on Flickr
The Celestial 'G', also known as the Heavenly 'G', is a group of stars referred to as an asterism and is a good way of identifying several bright naked-eye stars in the winter night sky. The asterism starts with Aldebaran in Taurus before moving up to Capella in Auriga. From there it moves to Castor and Pollux in Gemini and then on to Procyon in Canis Minor. The final section starts with Sirius in Canis Major before moving on to Rigel, Bellatrix and finally Betelgeuse in Orion to form the final part of the 'G'. Details: Sony A7S with 14mm lens, 5s exp, 14mm fl, f/2.8, ISO-6400. Shot taken on 25 December 2024 from North Yorkshire, UK.
Copyright: Steve Brown
The Celestial 'G' asterism by Steve Brown, on Flickr
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Re: Submissions: 2025 January
G 132.7+1.3 / Hanbury Brown 3 (HB3)
G 132.7+1.3 / Hanbury Brown 3 (HB3) by .zombi., on Flickr
Imaging telescopes: FSQ-106EDXIII
Imaging cameras: G3-16200EC
Accessories: Reducer-QE 0.73X
Mounts: Sky-Watcher NEQ6-Pro
Software: N.I.N.A. · PixInsight · Adobe Photoshop
Frames:
SII: 109×900″ (27h 15′)
Ha: 95×900″ (23h 45′)
OIII: 102×900″ (25h 30′)
R: 13×300″ (1h 5′)
G: 13×300″ (1h 5′)
B: 13×300″ (1h 5′)
Photographic technique: SHO
Integration: 79h 45′
SQM Med: 18,81
Location: Masłomiąca
Dates: 09-11.2024
Image Credit & Copyright: Przemysław Ząbczyk
Links:
http://www.astrobin.com/users/zombi
https://www.astropolis.pl/tags/zombi
G 132.7+1.3 / Hanbury Brown 3 (HB3) by .zombi., on Flickr
Imaging telescopes: FSQ-106EDXIII
Imaging cameras: G3-16200EC
Accessories: Reducer-QE 0.73X
Mounts: Sky-Watcher NEQ6-Pro
Software: N.I.N.A. · PixInsight · Adobe Photoshop
Frames:
SII: 109×900″ (27h 15′)
Ha: 95×900″ (23h 45′)
OIII: 102×900″ (25h 30′)
R: 13×300″ (1h 5′)
G: 13×300″ (1h 5′)
B: 13×300″ (1h 5′)
Photographic technique: SHO
Integration: 79h 45′
SQM Med: 18,81
Location: Masłomiąca
Dates: 09-11.2024
Image Credit & Copyright: Przemysław Ząbczyk
Links:
http://www.astrobin.com/users/zombi
https://www.astropolis.pl/tags/zombi
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- Location: Italy
Re: Submissions: 2025 January
Comet C/2024 G3 (ATLAS)
Comet Atlas G3 in full daylight at midday!!! I pointed the telescope to the Sun using an Astrosolar filter, sync the mount and then pointed the comet coordinates 6° from the Sun, removed the solar filter and WOW the comet was visible with a small tail right in the field center! Only 5 ms exposure!!
Copyright Lorenzo Comolli
https://comolli.astrosurf.com/
Other setup images:
Copyright Lorenzo Comolli
https://comolli.astrosurf.com/
Other setup images:
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Re: Submissions: 2025 January
That's a very fine picture of a supernova remnant!zombi wrote: ↑Sun Jan 12, 2025 8:25 pm G 132.7+1.3 / Hanbury Brown 3 (HB3)
G 132.7+1.3 / Hanbury Brown 3 (HB3) by .zombi., on Flickr
Imaging telescopes: FSQ-106EDXIII
Imaging cameras: G3-16200EC
Accessories: Reducer-QE 0.73X
Mounts: Sky-Watcher NEQ6-Pro
Software: N.I.N.A. · PixInsight · Adobe Photoshop
Frames:
SII: 109×900″ (27h 15′)
Ha: 95×900″ (23h 45′)
OIII: 102×900″ (25h 30′)
R: 13×300″ (1h 5′)
G: 13×300″ (1h 5′)
B: 13×300″ (1h 5′)
Photographic technique: SHO
Integration: 79h 45′
SQM Med: 18,81
Location: Masłomiąca
Dates: 09-11.2024
Image Credit & Copyright: Przemysław Ząbczyk
Links:
http://www.astrobin.com/users/zombi
https://www.astropolis.pl/tags/zombi
However, please give us a little more information about this object to help us find it and perhaps learn a little more about it. I used Simbad Astronomical Database to ask for Hanbury Brown 3. Nothing. So I asked for HB3. Nothing. So I asked for G 132.7+1.3. Simbad took me to a 12th magnitude star, TYC 290-759-1. I then googled Hanbury Brown and found a Wikipedia article on the man, but there was no info on any supernova remnants he may have cataloged. I could see that Centre for Scientific Archives kept a catalog of sorts on the scientific papers of Robert Hanbury Brown, but I was unable to access that page.
In short, I wasn't able to find any information at all on Hanbury Brown 3. Luckily for me, I recognized the Fishhead Nebula, IC 1795, at top of your image, so I know where the supernova remnant is located.
But please! Next time, please include the coordinates for the object you have photographed!
As far as I can understand, the approximate coordinates for this object would be, RA: 2H 20min, and Dec: + 62 05'.
Ann
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Re: Submissions: 2025 January
A picture of Tarantula Nebula
https://cdn.astrobin.com/thumbs/v-ffcvh ... dlMP5Y.jpg
Full Resolution: https://www.astrobin.com/full/i6uvth/0/
Tarantula Nebula is characterized by its sprawling, web-like structure of glowing gas and dark dust filaments, resembling the legs of a tarantula. At it's core lies a dense star cluster, R136, home to some of the most massive stars known. The Tarantula Nebula is a stellar nursery, teeming with star formation and emitting intense radiation that shapes its striking appearance.
Copyright: Colin Zhong
Location: Observatorio El Sauce
Date: October 25th & 26th, 2024
Telescope: ASA 500N 1900mm f/3.8
Camera: FLI PL16803
Frames: 30 x 600'' Narrowband 12 x 180'' RGB
https://cdn.astrobin.com/thumbs/v-ffcvh ... dlMP5Y.jpg
Full Resolution: https://www.astrobin.com/full/i6uvth/0/
Tarantula Nebula is characterized by its sprawling, web-like structure of glowing gas and dark dust filaments, resembling the legs of a tarantula. At it's core lies a dense star cluster, R136, home to some of the most massive stars known. The Tarantula Nebula is a stellar nursery, teeming with star formation and emitting intense radiation that shapes its striking appearance.
Copyright: Colin Zhong
Location: Observatorio El Sauce
Date: October 25th & 26th, 2024
Telescope: ASA 500N 1900mm f/3.8
Camera: FLI PL16803
Frames: 30 x 600'' Narrowband 12 x 180'' RGB
Last edited by bystander on Tue Jan 14, 2025 5:11 pm, edited 2 times in total.
Reason: Please no hot links to images > 500 kb. Used smaller image.
Reason: Please no hot links to images > 500 kb. Used smaller image.
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Re: Submissions: 2025 January
A deep look into NGC2841
Link to full res PNG: https://www.astrobin.com/full/ehd2ua/0/?mod=&real=
The data for this project was collected during the two new moon phases at the beginning and end of December 2024, from a pretty dark spot in Tyrol, Austria. A friend of mine was kind enough to let me use his cabin, so I didn’t have to spend 22 hours freezing outside – big thanks to Rainer Eisendle for that! I was really excited to see all the details and structures in the background that revealed themselves during processing.
8" f/4.5 DIY Newton
ASI533 mm pro
Skywatcher EQ6-R pro
Processing in Pixinsight
Frames:
Baader Blue (CMOS-Optimized) 1.25": 40×300,″(3h 20′)
Baader Green (CMOS-Optimized) 1.25": 39×300,″(3h 15′)
Baader Red (CMOS-Optimized) 1.25": 40×300,″(3h 20′)
Baader UV/IR Cut / Luminance 1.25": 137×300,″(11h 25′)
Total integration:
21h 20′
Link to full res PNG: https://www.astrobin.com/full/ehd2ua/0/?mod=&real=
The data for this project was collected during the two new moon phases at the beginning and end of December 2024, from a pretty dark spot in Tyrol, Austria. A friend of mine was kind enough to let me use his cabin, so I didn’t have to spend 22 hours freezing outside – big thanks to Rainer Eisendle for that! I was really excited to see all the details and structures in the background that revealed themselves during processing.
8" f/4.5 DIY Newton
ASI533 mm pro
Skywatcher EQ6-R pro
Processing in Pixinsight
Frames:
Baader Blue (CMOS-Optimized) 1.25": 40×300,″(3h 20′)
Baader Green (CMOS-Optimized) 1.25": 39×300,″(3h 15′)
Baader Red (CMOS-Optimized) 1.25": 40×300,″(3h 20′)
Baader UV/IR Cut / Luminance 1.25": 137×300,″(11h 25′)
Total integration:
21h 20′
You do not have the required permissions to view the files attached to this post.
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Re: Submissions: 2025 January
StefanMuckenhuber wrote: ↑Mon Jan 13, 2025 4:00 pm A deep look into NGC2841
Link to full res PNG: https://www.astrobin.com/full/ehd2ua/0/?mod=&real=
The data for this project was collected during the two new moon phases at the beginning and end of December 2024, from a pretty dark spot in Tyrol, Austria. A friend of mine was kind enough to let me use his cabin, so I didn’t have to spend 22 hours freezing outside – big thanks to Rainer Eisendle for that! I was really excited to see all the details and structures in the background that revealed themselves during processing.
8" f/4.5 DIY Newton
ASI533 mm pro
Skywatcher EQ6-R pro
Processing in Pixinsight
Frames:
Baader Blue (CMOS-Optimized) 1.25": 40×300,″(3h 20′)
Baader Green (CMOS-Optimized) 1.25": 39×300,″(3h 15′)
Baader Red (CMOS-Optimized) 1.25": 40×300,″(3h 20′)
Baader UV/IR Cut / Luminance 1.25": 137×300,″(11h 25′)
Total integration:
21h 20′
NGC2841apod.jpg
That's a very fine portrait of NGC 2841 and friends. You'll forgive me for being absolutely fascinated by LEDA 26572!
Ann
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Re: Submissions: 2025 January
Dear APOD editors,
I would like to share with you a deep image of the Triangulum Galaxy, M33, with a new discovery, as an APOD candidate. I acquired the data last fall 2023 and processed it now from scratch.
Last fall 2023 I captured several tens of hours of images on the Triangulum galaxy, Messier 33, that I processed this January 2025 from scratch . I used the popular broadband approach (LRGB), but also gathered more than 100 hours in narrow band filters, Ha and [OIII], in order to see the star forming regions and rich nebulae in this neighbouring galaxy. The resulting image shown above contains more than 150 hours of exposure captured from my backyard, located in Prades, a Bortle 4 dark sky in the south of Barcelona. It shows an LRGB image of the Triangulum Galaxy (M33) surrounded by intricate details of the IFN combined with Ha emissions, galactic cirri, present in this deep field. Several distant galaxies can be found all across the field.
The goal was also to seek for new nebulae that may have been hidden in other works. I was inspired by the work "Discovery of Extensive [OIII] Emission Near M31" https://www.researchgate.net/publicatio ... n_Near_M31 published that same year (January 2023) by Marcel Drechsler, Xavier Strottner, Yann Sainty and Robert A. Fesen. Their discovery also became Image of the Year at the Royal Observatory Greenwich "Andromeda Unexpected" https://www.rmg.co.uk/press-release/roy ... er-year-15 .
That work made me think about the possible existence of similar structures around the M33 galaxy. In the effort of seeking this hypothetical structure I spent more than 80h in the [OIII] filter, a rare approach for such a galaxy (normally photographed using LRGB and Ha filters). After several weeks of acquiring data (September and October 2023) I did not find such a structure, but I was able to discover a large and faint nebula that had previously been unrevealed. I named it in the honor of my grandfather.
Roig1 Prades Sky coordinates (can be found in Aladin Sky Atlas):
Center (RA, hms): 01h 34m 25s
Center (Dec, dms): +30° 20' 17"
New confirmations of the discovery (2024):
Yann Sainty, October 2024: https://app.astrobin.com/i/hktrku
Bray Falls et al., November 2024 : https://app.astrobin.com/i/ey9s59
The image covers an area of 2º23' x 1º34'.
Total exposure: 153h 50'
FSQ106:
L: 271 x 300" (22h 35')
Ha: 534 x 300" (44h 30')
RGB: (24 x 300") x 3 (6h)
FSQ85:
[OIII]: 969 x 300" (80h 45')
Best wishes and thanks again for all your work. It keeps us inspired.
Aleix Roig, January 2025
Prades (Tarragona, Catalonia - Spain).
www.astrocat.info
I would like to share with you a deep image of the Triangulum Galaxy, M33, with a new discovery, as an APOD candidate. I acquired the data last fall 2023 and processed it now from scratch.
Last fall 2023 I captured several tens of hours of images on the Triangulum galaxy, Messier 33, that I processed this January 2025 from scratch . I used the popular broadband approach (LRGB), but also gathered more than 100 hours in narrow band filters, Ha and [OIII], in order to see the star forming regions and rich nebulae in this neighbouring galaxy. The resulting image shown above contains more than 150 hours of exposure captured from my backyard, located in Prades, a Bortle 4 dark sky in the south of Barcelona. It shows an LRGB image of the Triangulum Galaxy (M33) surrounded by intricate details of the IFN combined with Ha emissions, galactic cirri, present in this deep field. Several distant galaxies can be found all across the field.
The goal was also to seek for new nebulae that may have been hidden in other works. I was inspired by the work "Discovery of Extensive [OIII] Emission Near M31" https://www.researchgate.net/publicatio ... n_Near_M31 published that same year (January 2023) by Marcel Drechsler, Xavier Strottner, Yann Sainty and Robert A. Fesen. Their discovery also became Image of the Year at the Royal Observatory Greenwich "Andromeda Unexpected" https://www.rmg.co.uk/press-release/roy ... er-year-15 .
That work made me think about the possible existence of similar structures around the M33 galaxy. In the effort of seeking this hypothetical structure I spent more than 80h in the [OIII] filter, a rare approach for such a galaxy (normally photographed using LRGB and Ha filters). After several weeks of acquiring data (September and October 2023) I did not find such a structure, but I was able to discover a large and faint nebula that had previously been unrevealed. I named it in the honor of my grandfather.
Roig1 Prades Sky coordinates (can be found in Aladin Sky Atlas):
Center (RA, hms): 01h 34m 25s
Center (Dec, dms): +30° 20' 17"
New confirmations of the discovery (2024):
Yann Sainty, October 2024: https://app.astrobin.com/i/hktrku
Bray Falls et al., November 2024 : https://app.astrobin.com/i/ey9s59
The image covers an area of 2º23' x 1º34'.
Total exposure: 153h 50'
FSQ106:
L: 271 x 300" (22h 35')
Ha: 534 x 300" (44h 30')
RGB: (24 x 300") x 3 (6h)
FSQ85:
[OIII]: 969 x 300" (80h 45')
Best wishes and thanks again for all your work. It keeps us inspired.
Aleix Roig, January 2025
Prades (Tarragona, Catalonia - Spain).
www.astrocat.info
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Re: Submissions: 2025 January
I imaged the Sun in the He I D3 wavelength, and captured, along in the Helium signal, the fingerprint of the coronal hole currently visible in the SDO images. Centered around 2025-01-12T008-41-00, the image below is a stack of 72 spectroheliograms.
Compared against the SDO data
https://csillagtura.ro/all-the-way-to-the-corona/
Compared against the SDO data
https://csillagtura.ro/all-the-way-to-the-corona/
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Re: Submissions: 2025 January
Greetings:
Here's a more modest image of Messier 33, a beautiful spiral galaxy, which shows many of the star nurseries within it.
It was acquired from my backyard in northern Illinois over many nights in November and December of 2024. Exposures were captured using a QHY268M (monochrome) camera with 300-second exposures using Chroma 3nm ha filters and a series of 180 second RGB filter exposures attached to a Sky-Watcher Esprit 100ED telescope with a focal length of 550mm. In total, it took just over 21 hours of exposure time to capture this photo.
More details:
M33 Triangulum Galaxy
Telescope: Sky-Watcher Esprit 100ED
Imaging Camera: QHY 268M
Filters: Chroma ha, Chroma rgb 36mm filters
Mount: Atlas EQ-G (modified)
Focuser: Moonlite NiteCrawler
Frames:
Chroma h-beta 3nm Bandpass 36 mm: 52×300″(4.33h)
Chroma red 36 mm: 102×180″ (5.1h)
Chroma green 36 mm: 105×180″ (5.25h)
Chroma blue 36 mm: 105×180″ (5.25h)
Chroma lum 36mm: 77x60” (1.28h)
Total Integration: 21.21h
The photo was processed using Pixinsight and Photoshop.
Clear skies,
Tom Haapoja
Here's a more modest image of Messier 33, a beautiful spiral galaxy, which shows many of the star nurseries within it.
It was acquired from my backyard in northern Illinois over many nights in November and December of 2024. Exposures were captured using a QHY268M (monochrome) camera with 300-second exposures using Chroma 3nm ha filters and a series of 180 second RGB filter exposures attached to a Sky-Watcher Esprit 100ED telescope with a focal length of 550mm. In total, it took just over 21 hours of exposure time to capture this photo.
More details:
M33 Triangulum Galaxy
Telescope: Sky-Watcher Esprit 100ED
Imaging Camera: QHY 268M
Filters: Chroma ha, Chroma rgb 36mm filters
Mount: Atlas EQ-G (modified)
Focuser: Moonlite NiteCrawler
Frames:
Chroma h-beta 3nm Bandpass 36 mm: 52×300″(4.33h)
Chroma red 36 mm: 102×180″ (5.1h)
Chroma green 36 mm: 105×180″ (5.25h)
Chroma blue 36 mm: 105×180″ (5.25h)
Chroma lum 36mm: 77x60” (1.28h)
Total Integration: 21.21h
The photo was processed using Pixinsight and Photoshop.
Clear skies,
Tom Haapoja
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- Ensign
- Posts: 27
- Joined: Mon Mar 13, 2023 7:01 pm
Re: Submissions: 2025 January
Some pictures from last night’s beautiful lunar occultation of Mars. The images are stacked composite shots, with all frames captured in the minutes during/following Mars’ emergence from behind the Moon. It was a frigid night here in Chicago, and clouds were initially predicted, but luckily the forecast improved and allowed me to photograph my second lunar occultation.
Date: January 13, 2025
Location: Des Plaines, Illinois
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- Ensign
- Posts: 69
- Joined: Tue Jan 17, 2012 11:45 pm
Re: Submissions: 2025 January
Mars close to us and the Wolf Moon captured on January 14, 2025. It was an incredible sight to see both bodies close together high in the sky!
Gear:
Coolplix P1000
SkyWatcher 400P
QHY5III462C
Images: Dr. Sebastian Voltmer / www.weltraum.com
Gear:
Coolplix P1000
SkyWatcher 400P
QHY5III462C
Images: Dr. Sebastian Voltmer / www.weltraum.com
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- Ensign
- Posts: 69
- Joined: Tue Jan 17, 2012 11:45 pm
Re: Submissions: 2025 January
MARS LOOP
Currently we can see a very similar loop of the dusty planet Mars. It’s a recurrence of the Mars opposition 2007. I worked for more than8 months capturing these wide angle images of the Red Planet surrounded by the winter constellations. At the right side Mars passes the Golden Gate of the ecliptic (between Aldebaran and the Pleiades).
Version with dates:
CS,
Sebastian
___________________
Dr. Sebastian Voltmer
www.weltraum.com
This chrono-photography is part of my documentary "The Return of Mars".Currently we can see a very similar loop of the dusty planet Mars. It’s a recurrence of the Mars opposition 2007. I worked for more than8 months capturing these wide angle images of the Red Planet surrounded by the winter constellations. At the right side Mars passes the Golden Gate of the ecliptic (between Aldebaran and the Pleiades).
Version with dates:
CS,
Sebastian
___________________
Dr. Sebastian Voltmer
www.weltraum.com
You do not have the required permissions to view the files attached to this post.
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- Asternaut
- Posts: 3
- Joined: Thu Nov 16, 2023 11:45 am
Re: Submissions: 2025 January
All Night Star Trails
The night of 2-3 January 2025 was forecast to be almost totally clear of cloud, so I decided to do an all night star trails shot. I took 3,985 images from 18:19 to 06:49 UT to make this star trails image covering 12 hours 30 minutes of star movement. In reality of course, this is the rotation of the Earth on its axis over that time, making the fixed stars appear to move. In addition to the star trails, the shot contains various flaring satellites and aircraft lights. I used a mains adapter for my camera as a battery would not have lasted that long. I also used a lens heater connected to the mains to prevent the lens fogging up. This is the longest star trails shot I've managed to take to date. Taken with a Canon 550D with 16mm lens from North Yorkshire, UK. Settings: 3,985 x 10s exp, 16mm fl, f/2.0, ISO-800.
Copyright: Steve Brown
All Night Star Trails by Steve Brown, on Flickr
The night of 2-3 January 2025 was forecast to be almost totally clear of cloud, so I decided to do an all night star trails shot. I took 3,985 images from 18:19 to 06:49 UT to make this star trails image covering 12 hours 30 minutes of star movement. In reality of course, this is the rotation of the Earth on its axis over that time, making the fixed stars appear to move. In addition to the star trails, the shot contains various flaring satellites and aircraft lights. I used a mains adapter for my camera as a battery would not have lasted that long. I also used a lens heater connected to the mains to prevent the lens fogging up. This is the longest star trails shot I've managed to take to date. Taken with a Canon 550D with 16mm lens from North Yorkshire, UK. Settings: 3,985 x 10s exp, 16mm fl, f/2.0, ISO-800.
Copyright: Steve Brown
All Night Star Trails by Steve Brown, on Flickr
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- Ensign
- Posts: 25
- Joined: Wed Jan 12, 2022 9:12 pm
Re: Submissions: 2025 January
Northern lights panorama over Eystrahorn, Iceland
Northern lights panorama over Eystrahorn, Iceland by Martin Giraud
I planned a van trip during the last days of October and the first ones of November with the goal of chasing the Northern Lights as an amateur astrophotographer. After two cloudy days, I spent the night of October 31st at Vestrahorn and had the privilege of experiencing a completely cloudless night paired with beautiful aurora activity.
On this third day, after enjoying the auroras at Vestrahorn, we headed to the Eystrahorn mountain!
We left at 1:15 AM, and after a 45-minute drive, we arrived at the mountain. We tried parking at several spots to find the best one, but it was hard to judge in the dark since we hadn’t scouted the area earlier. Eventually, we took an old dirt road leading to the lighthouse, where we parked the van.
On foot, we set out to find a small frozen lake we had spotted online. The area turned out to be much larger than expected, and with only headlamps to guide us, it was easy to get lost. The terrain quickly turned into a marsh with tall grass and water underneath. After getting stuck a few times, we gave up on finding the lake and headed toward the shoreline instead, which worked just fine.
Although the auroras were still visible all around, they were losing their structure and growing weaker in the photos. We stayed just long enough to capture a panorama before heading back to the Vestrahorn parking lot to spend the night, with unforgettable images in our minds.
Canon 6D - Sigma ART 14mm
Foreground: ISO 4000 | f/1.8 | 25 sec (9 photos)
Sky: ISO 3200 | f/1.8 | 6 sec (27 photos)
Social : https://www.instagram.com/tinmar_g/
Northern lights panorama over Eystrahorn, Iceland by Martin Giraud
I planned a van trip during the last days of October and the first ones of November with the goal of chasing the Northern Lights as an amateur astrophotographer. After two cloudy days, I spent the night of October 31st at Vestrahorn and had the privilege of experiencing a completely cloudless night paired with beautiful aurora activity.
On this third day, after enjoying the auroras at Vestrahorn, we headed to the Eystrahorn mountain!
We left at 1:15 AM, and after a 45-minute drive, we arrived at the mountain. We tried parking at several spots to find the best one, but it was hard to judge in the dark since we hadn’t scouted the area earlier. Eventually, we took an old dirt road leading to the lighthouse, where we parked the van.
On foot, we set out to find a small frozen lake we had spotted online. The area turned out to be much larger than expected, and with only headlamps to guide us, it was easy to get lost. The terrain quickly turned into a marsh with tall grass and water underneath. After getting stuck a few times, we gave up on finding the lake and headed toward the shoreline instead, which worked just fine.
Although the auroras were still visible all around, they were losing their structure and growing weaker in the photos. We stayed just long enough to capture a panorama before heading back to the Vestrahorn parking lot to spend the night, with unforgettable images in our minds.
Canon 6D - Sigma ART 14mm
Foreground: ISO 4000 | f/1.8 | 25 sec (9 photos)
Sky: ISO 3200 | f/1.8 | 6 sec (27 photos)
Social : https://www.instagram.com/tinmar_g/
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- Asternaut
- Posts: 1
- Joined: Thu Jan 16, 2025 1:10 pm
Re: Submissions: 2025 January
Comet & Citylights
Comet C/2023 A3 Tsuchinshan-Atlas over the citylights, connecting the cosmos to the humanity.
The hill station is Nainital Uttarakhand, the visibility is very good that I was able to get it over the city lights. Device: Google Pixel 7 Date: 15 Oct 2024
Social: https://www.instagram.com/bolti_photo
Comet C/2023 A3 Tsuchinshan-Atlas over the citylights, connecting the cosmos to the humanity.
The hill station is Nainital Uttarakhand, the visibility is very good that I was able to get it over the city lights. Device: Google Pixel 7 Date: 15 Oct 2024
Social: https://www.instagram.com/bolti_photo