Moonrise behind the Sacré Cœur basilica in Paris
IG : https://www.instagram.com/tinmar_g/
Hello here is a timelapse I made of the full moon rising behind the Sacré Cœur basilica in Paris.
The Moon looks particularly big because the picture was taken at 11km distance with a 600mm lens. You can see the turbulence of the air due to this distance. I had to stabilize the timelapse because the turbulences were so important that the image was shifted by 30% in all directions...
I used the same settings from the beginning to the end because I was too afraid to touch the camera and completely off center the sacred heart. The pictures were taken on November 9th.
Settings : ISO-800 - F/6.3 - 1/30 sec
Equipment : Canon 750D - Tamron 150-600mm
Video Submissions
Re: Video Submissions
Timelape: The Exploding Crab Nebula
Timelapse video URL: https://www.kentbiggs.com/images/planetaries/M1v.htm
It is rare and exciting to see any changes in astronomical objects outside of our solar system. However, incredibly, this time lapse animation is two images taken exactly 13 years apart. Clearly visible is the expansion of the red glowing filaments of ionized helium and hydrogen, as well as the swirling blue-white cloudy material illuminated by synchrotron radiation. Also note the proper motion movement of the yellow-orange star in the lower left corner of the image. Many more details including animations and annotations available here.
Zoomed in video:
Full size video:
Full size image: https://www.kentbiggs.com/images/planet ... RGB_4K.jpg
Total integration time for both images: ~18 hours. Copyright Kent E. Biggs
Clear skies,
www.kentbiggs.com
Houston, Texas
Timelapse video URL: https://www.kentbiggs.com/images/planetaries/M1v.htm
It is rare and exciting to see any changes in astronomical objects outside of our solar system. However, incredibly, this time lapse animation is two images taken exactly 13 years apart. Clearly visible is the expansion of the red glowing filaments of ionized helium and hydrogen, as well as the swirling blue-white cloudy material illuminated by synchrotron radiation. Also note the proper motion movement of the yellow-orange star in the lower left corner of the image. Many more details including animations and annotations available here.
Zoomed in video:
Click to play embedded YouTube video.
Full size video:
Click to play embedded YouTube video.
Full size image: https://www.kentbiggs.com/images/planet ... RGB_4K.jpg
Total integration time for both images: ~18 hours. Copyright Kent E. Biggs
Clear skies,
www.kentbiggs.com
Houston, Texas
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Efrain Morales
- Commander
- Posts: 508
- Joined: Fri Oct 22, 2010 8:15 pm
- AKA: Jaicoa
- Location: Aguadilla, Puerto Rico
- Contact:
Re: Video Submissions
International Space Station passing by the planet Neptune on November 14th.
- Attachments
-
Re: Video Submissions
Earth rotation and Magellanic clouds within airglow timelapse
This 2.5 hour timelapse shows some wavy airglow at the dark skies of cochiguaz region, Chile
Magellanic Clouds within airglow by Andres Molina, on Flickr
This 2.5 hour timelapse shows some wavy airglow at the dark skies of cochiguaz region, Chile
Magellanic Clouds within airglow by Andres Molina, on Flickr
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vanamonde81
- Science Officer
- Posts: 143
- Joined: Fri Apr 12, 2013 7:46 am
Re: Video Submissions
Lunar Eclipse in Tokyo
On the evening of 2022-11-08 I successfully observed and photographed the total Lunar eclipse from the capital of Japan.
This eclipse had a once-in-a-lifetime speciality as during the event the Moon was conjugating with planet Uranus. And by viewing it in East-Asia, the Moon passed in front of the planet, so there was a Uranus-eclipse by the eclipsed Moon.
The photos were taken in every 15 minutes. Watch in HD!
On the evening of 2022-11-08 I successfully observed and photographed the total Lunar eclipse from the capital of Japan.
This eclipse had a once-in-a-lifetime speciality as during the event the Moon was conjugating with planet Uranus. And by viewing it in East-Asia, the Moon passed in front of the planet, so there was a Uranus-eclipse by the eclipsed Moon.
The photos were taken in every 15 minutes. Watch in HD!
Click to play embedded YouTube video.
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Jason Coon
- Asternaut
- Posts: 1
- Joined: Wed Feb 01, 2023 5:25 am
Re: Video Submissions
An ion tail disconnection event captured in a 3-hour time lapse of comet C/2022 E3 (ZTF). 360x 30-second images integrated 10 at a time into 36x 5-minute frames. Captured with RASA 8, ASI2600MC Pro, IDAS LPS-D3 filter, and riding on an Avalon Instruments M-Due in the Big Rock Observatory in Duvall, WA, USA
Click to play embedded YouTube video.
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Meiying Lee
- Ensign
- Posts: 66
- Joined: Sun Aug 15, 2021 8:28 am
Re: Video Submissions
The last seconds of sunset
The last seconds of sunset - the last flashes of yellow, green, blue light line the horizon like pearls!
How does the sun disappear in the last few seconds of sunset? On the evening of January 31, I saw this wonderful sunset on Hehuan Mountain, which is 3,000 meters high. When the sun has fallen below the horizon, we can continue to see sunlight refracted from below the horizon because of atmospheric refraction. In the last few seconds, when there is only one line of sunlight left, because of the different refractive indices of various colors of light, we can see different colors of light—yellow, green, and blue are arranged on that line like pearls! In the last 1 second, they disappeared one by one in front of the camera. First, the yellow light with the smallest refractive index disappears, then the green light, and the blue light with the largest refractive index disappears last. Because the intensity of blue light is the weakest, and the eyes are more sensitive to yellow-green light, so the naked eye could only see a green light disappearing in the sky. What was left at the end was the cheers of everyone who saw the magical green light with their own eyes!
The first section of the film shows the last 28 seconds of sunset, and the second section shows the last 8 seconds of sunset in slow motion. How the pearls of different colors disappear can be seen more clearly in the video.
The last seconds of sunset - the last flashes of yellow, green, blue light line the horizon like pearls!
How does the sun disappear in the last few seconds of sunset? On the evening of January 31, I saw this wonderful sunset on Hehuan Mountain, which is 3,000 meters high. When the sun has fallen below the horizon, we can continue to see sunlight refracted from below the horizon because of atmospheric refraction. In the last few seconds, when there is only one line of sunlight left, because of the different refractive indices of various colors of light, we can see different colors of light—yellow, green, and blue are arranged on that line like pearls! In the last 1 second, they disappeared one by one in front of the camera. First, the yellow light with the smallest refractive index disappears, then the green light, and the blue light with the largest refractive index disappears last. Because the intensity of blue light is the weakest, and the eyes are more sensitive to yellow-green light, so the naked eye could only see a green light disappearing in the sky. What was left at the end was the cheers of everyone who saw the magical green light with their own eyes!
The first section of the film shows the last 28 seconds of sunset, and the second section shows the last 8 seconds of sunset in slow motion. How the pearls of different colors disappear can be seen more clearly in the video.
Click to play embedded YouTube video.
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JessicaRojas
Re: Video Submissions
Jeff cyrwheel completo bby jessica rojas by Jessica Rojas, en FlickrComplete moonrise video at real time.
If this video is too long, you can edit for make it shorter for social media channels
EXIF.
Nikon D750 with 200-500 Nikkor
Video FHD 2k
Full moon at 100%
Setting up the platform for Jeff to spin on the mountain was the most challenging setup I've ever done for the moon crazyness - it was an absolute madness bc it weight is 200kg!
Kind thanks guys!
@jessica_rojas_jess
Re: Video Submissions
2023 Total Solar Eclipse Real Time Close-up 4K
RainbowAstro RST-135E
Takahashi Mewlon-180C
Panasonic GX85
Exmouth, Australia
Copyright Junho Oh, Byoungjun Jeong
Click to play embedded YouTube video.
Takahashi Mewlon-180C
Panasonic GX85
Exmouth, Australia
Copyright Junho Oh, Byoungjun Jeong
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AlexMaragos
- Ensign
- Posts: 83
- Joined: Tue Jan 04, 2011 4:02 pm
- AKA: Alexandros Maragos
- Location: In transit
- Contact:
Re: Video Submissions
Humans at Full Moon
Moonrise at the temple of Poseidon, Cape Sounio, Greece, June 3, 2023.
Moonrise at the temple of Poseidon, Cape Sounio, Greece, June 3, 2023.
Click to play embedded YouTube video.
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Meiying Lee
- Ensign
- Posts: 66
- Joined: Sun Aug 15, 2021 8:28 am
Re: Video Submissions
Only 2.4% of Illuminated Venus Rise
Photo description:
Venus, which shines brightly in the western sky at dusk in the first half of the year, has passed between the earth and the sun. And it becomes the "morning star" that appears in the eastern sky before sunrise. Here's a video of Venus rising on August 20, played at 4x speed. The apparent diameter of Venus is 56.7 arcseconds, and the illuminated part is only 2.4%, so it looks like an ultra-thin small crescent moon!
Because Venus is currently very close to the sun, it was originally worried that the sky would be too bright to observe. Unexpectedly, Venus is so powerful that I caught it breaking through the eastern clouds ten minutes before sunrise! After that, I continued to observe it until half an hour after sunrise, and recorded its moving track and video. Watching this tiny moon slowly rise and disappear in the gray sky is really fascinating.
Equipment Details: Canon R7 + SIGMA 60-600mm F4.5-6.3 S DG OS HSM Sports
Location : Taipei, Taiwan
Time: August 20, 2023 at 5:19 am
Photographer : Meiying Lee (李美英)
Photo description:
Venus, which shines brightly in the western sky at dusk in the first half of the year, has passed between the earth and the sun. And it becomes the "morning star" that appears in the eastern sky before sunrise. Here's a video of Venus rising on August 20, played at 4x speed. The apparent diameter of Venus is 56.7 arcseconds, and the illuminated part is only 2.4%, so it looks like an ultra-thin small crescent moon!
Because Venus is currently very close to the sun, it was originally worried that the sky would be too bright to observe. Unexpectedly, Venus is so powerful that I caught it breaking through the eastern clouds ten minutes before sunrise! After that, I continued to observe it until half an hour after sunrise, and recorded its moving track and video. Watching this tiny moon slowly rise and disappear in the gray sky is really fascinating.
Equipment Details: Canon R7 + SIGMA 60-600mm F4.5-6.3 S DG OS HSM Sports
Location : Taipei, Taiwan
Time: August 20, 2023 at 5:19 am
Photographer : Meiying Lee (李美英)
Click to play embedded YouTube video.
Re: Video Submissions
Perseid Meteor Strike
One meteor from the night of the 11th into the 12th of August. I cropped and used 21 frames to creat a video that shows the remains appearing in following frames.
Nikon z6II
Nikkor Z 14-24mm S
20sec - ISO 5000 - 14mm
Metero Strike by Ahmed Waddah, on Flickr
Social:
Facebook: https://www.facebook.com/waddah.photography
Astrobin: https://www.astrobin.com/users/WolfHeart/
IG: https://www.instagram.com/waddahphotography/
One meteor from the night of the 11th into the 12th of August. I cropped and used 21 frames to creat a video that shows the remains appearing in following frames.
Nikon z6II
Nikkor Z 14-24mm S
20sec - ISO 5000 - 14mm
Metero Strike by Ahmed Waddah, on FlickrSocial:
Facebook: https://www.facebook.com/waddah.photography
Astrobin: https://www.astrobin.com/users/WolfHeart/
IG: https://www.instagram.com/waddahphotography/
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Meiying Lee
- Ensign
- Posts: 66
- Joined: Sun Aug 15, 2021 8:28 am
Re: Video Submissions
Dispersion of Venus
When celestial objects are just rising or setting, the rays of light they emit or reflect from sunlight, as they pass through the Earth's atmosphere, undergo refraction and separation into different colors, creating the "dispersion phenomenon." The colors at the upper edge of these celestial objects can range from blue, green to purple, while the colors at the lower edge are almost always red.
Recently, Venus in the eastern sky just before sunrise was very close to Earth, with a small phase and a large apparent diameter. The dispersion phenomenon was quite apparent when it was low on the horizon. The two video segments were recorded with a 24-minute interval and put together for comparison. It's clear that in the first segment, Venus had a lower altitude, making the dispersion phenomenon very noticeable. In the second segment, Venus's altitude had risen to about 13 degrees, and the dispersion phenomenon was much less pronounced!
Equipment Details: Canon 600D +600mm Lens
Location : Taipei, Taiwan
Time: August 22, 2023 at 5:16 am and 5:40 am
Photographer : Meiying Lee (李美英)
When celestial objects are just rising or setting, the rays of light they emit or reflect from sunlight, as they pass through the Earth's atmosphere, undergo refraction and separation into different colors, creating the "dispersion phenomenon." The colors at the upper edge of these celestial objects can range from blue, green to purple, while the colors at the lower edge are almost always red.
Recently, Venus in the eastern sky just before sunrise was very close to Earth, with a small phase and a large apparent diameter. The dispersion phenomenon was quite apparent when it was low on the horizon. The two video segments were recorded with a 24-minute interval and put together for comparison. It's clear that in the first segment, Venus had a lower altitude, making the dispersion phenomenon very noticeable. In the second segment, Venus's altitude had risen to about 13 degrees, and the dispersion phenomenon was much less pronounced!
Click to play embedded YouTube video.
Location : Taipei, Taiwan
Time: August 22, 2023 at 5:16 am and 5:40 am
Photographer : Meiying Lee (李美英)
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Naztronomy
- Ensign
- Posts: 14
- Joined: Wed Feb 09, 2022 3:31 pm
Re: Video Submissions
This is a video showing the capture and processing of the International Space Station transiting the sun as seen through a small Hydrogen Alpha solar telescope.
Gear used:
Gear used:
- Lunt 40
- ZWO ASI 120mm Mini
- Sky-Watcher SolarQuest
Click to play embedded YouTube video.
Re: Video Submissions
Movement of the Airglow in front of the milky way, White Desert (time laps )
An atmospheric emission of light known as airglow, also known as nightglow, occurs on planets. Even if the impacts of starlight and diffused sunlight from the far side are eliminated, the night sky on Earth never truly darkens due to this optical phenomenon.
The Milky Way with the White Desert's Arches Airglow
9 Sep 23
9:00 PM (+3GMT)
White Desert
Gears :
Nikon Z6 (Mod) , Nikkor 14-24
EXIF:
88*20 sec, ISO 6400, f2.8, @14 mm
Credit :
Osama Fathi / https://www.instagram.com/osama.fathi.nswatcher85/
Social:
https://www.instagram.com/osama.fathi.nswatcher85/
https://www.facebook.com/NSWatcher/
stack by osama Fathi, on Flickr
stack-annotated by osama Fathi, on Flickr
Video
Milky way air glow from the white desert by osama Fathi, on Flickr
An atmospheric emission of light known as airglow, also known as nightglow, occurs on planets. Even if the impacts of starlight and diffused sunlight from the far side are eliminated, the night sky on Earth never truly darkens due to this optical phenomenon.
The Milky Way with the White Desert's Arches Airglow
9 Sep 23
9:00 PM (+3GMT)
White Desert
Gears :
Nikon Z6 (Mod) , Nikkor 14-24
EXIF:
88*20 sec, ISO 6400, f2.8, @14 mm
Credit :
Osama Fathi / https://www.instagram.com/osama.fathi.nswatcher85/
Social:
https://www.instagram.com/osama.fathi.nswatcher85/
https://www.facebook.com/NSWatcher/
stack by osama Fathi, on Flickrstack-annotated by osama Fathi, on FlickrVideo
Milky way air glow from the white desert by osama Fathi, on FlickrRe: Video Submissions
While we’re waiting to see if comet Nishimura survived perihelion, here’s an animation of actual image stacks placed into a CG environment, to give you the sense of flying with it for 2 weeks.
If its felt that too much “artistic license” was taken on placing/sizing depicted elements, I could try for an updated version, but not sure it will be as nice.
Images were taken in my backyard with a Meade LX200 10" F6 SCT and ASI 533 camera. Processed using Astro Pixel Processor, Startools, and GIMP. Rendered in Unity.
https://youtu.be/1RG3n1hELs0<
If its felt that too much “artistic license” was taken on placing/sizing depicted elements, I could try for an updated version, but not sure it will be as nice.
Images were taken in my backyard with a Meade LX200 10" F6 SCT and ASI 533 camera. Processed using Astro Pixel Processor, Startools, and GIMP. Rendered in Unity.
Click to play embedded YouTube video.
Last edited by bystander on Tue Sep 19, 2023 2:37 pm, edited 1 time in total.
Reason: <youtube> tags don't accept shortcut urls
Reason: <youtube> tags don't accept shortcut urls
Re: Video Submissions
The Crescents of Fire TimeLapse
Timelapse video URL: https://www.kentbiggs.com/images/solars ... e2023v.htm
This video of the 2023 annular solar eclipse was taken from EaDo (East Downtown) Houston, TX. The video is a timelapse sequence at 5 frames per second of 200 images, each with a 1/250th second exposure. They were taken 1 minute apart and then in post-processing, each separately deblurred, noise corrected, sharpened, color corrected, and contrast enhanced. Note that the video pauses briefly at the eclipse maximum when nearly 90% of the sun was covered by the moon here in Houston! The 3 hour eclipse is accelerated by 300X to only 40 seconds!
Timelape: 200 images of 2023 Solar Eclipse
Total integration time: 200 x 1/250 secs. Copyright Kent E. Biggs
Clear skies,
www.kentbiggs.com
Houston, Texas
Timelapse video URL: https://www.kentbiggs.com/images/solars ... e2023v.htm
This video of the 2023 annular solar eclipse was taken from EaDo (East Downtown) Houston, TX. The video is a timelapse sequence at 5 frames per second of 200 images, each with a 1/250th second exposure. They were taken 1 minute apart and then in post-processing, each separately deblurred, noise corrected, sharpened, color corrected, and contrast enhanced. Note that the video pauses briefly at the eclipse maximum when nearly 90% of the sun was covered by the moon here in Houston! The 3 hour eclipse is accelerated by 300X to only 40 seconds!
Timelape: 200 images of 2023 Solar Eclipse
Click to play embedded YouTube video.
Clear skies,
www.kentbiggs.com
Houston, Texas
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maphilli14
- Ensign
- Posts: 35
- Joined: Tue May 08, 2012 2:32 am
Re: Video Submissions
Stereoscopic Jupiter with Io flying over the Great Red Spot
https://astromikephillips.wixsite.com/home
Copyright: Michael A. Phillips
https://astromikephillips.wixsite.com/home
Copyright: Michael A. Phillips
Click to play embedded YouTube video.
Re: Video Submissions
Thor's Helmet with Stars Removed!
URL: https://www.kentbiggs.com/images/nebulae/N2359.htm
Video of Thor's Helmet with and without Stars! Note how removing the stars enables background nebulosity to be much more visible.
Full size video:
Full screen URL: https://www.kentbiggs.com/images/nebula ... RGB_4K.jpg
No Stars URL: https://www.kentbiggs.com/images/nebula ... B_4Kns.jpg
Integration time: 19 hours. Copyright Kent E. Biggs
Clear skies,
www.kentbiggs.com
Houston, Texas
URL: https://www.kentbiggs.com/images/nebulae/N2359.htm
Video of Thor's Helmet with and without Stars! Note how removing the stars enables background nebulosity to be much more visible.
Full size video:
Click to play embedded YouTube video.
Full screen URL: https://www.kentbiggs.com/images/nebula ... RGB_4K.jpg
No Stars URL: https://www.kentbiggs.com/images/nebula ... B_4Kns.jpg
Integration time: 19 hours. Copyright Kent E. Biggs
Clear skies,
www.kentbiggs.com
Houston, Texas
-
Meiying Lee
- Ensign
- Posts: 66
- Joined: Sun Aug 15, 2021 8:28 am
Re: Video Submissions
Inferior Mirage
This is the first time I have seen a ship (probably a work ship for offshore wind turbines) forming an Inferior Mirage on the distant sea! Because the light must travel far enough to produce an inferior mirage, the inferior mirage of the sun is the easiest to see. In Hsinchu, northwest of Taiwan, offshore wind turbines are set up about 2 kilometers to 6 kilometers offshore, and there are some work boats nearby. When I looked at them with a smart telescope, I actually saw that the sea surface in the distance was like a mirror, and the cargo ships or work boats formed a symmetrical and very clear Inferior Mirage! The Inferior Mirage of ships in the distance, offshore wind turbines and inland oyster racks, foraging seabirds and even fishermen at work all come into view one by one. It is such a special and rare sight!
https://youtu.be/pRU7jtKW7w0?si=PJtsB52ZxdGGQeP0
Equipment Details: ZWO SEESTAR S50
Location : Hsinchu, Taiwan
Time: November 22, 2023
Photographer : Meiying Lee (李美英)
This is the first time I have seen a ship (probably a work ship for offshore wind turbines) forming an Inferior Mirage on the distant sea! Because the light must travel far enough to produce an inferior mirage, the inferior mirage of the sun is the easiest to see. In Hsinchu, northwest of Taiwan, offshore wind turbines are set up about 2 kilometers to 6 kilometers offshore, and there are some work boats nearby. When I looked at them with a smart telescope, I actually saw that the sea surface in the distance was like a mirror, and the cargo ships or work boats formed a symmetrical and very clear Inferior Mirage! The Inferior Mirage of ships in the distance, offshore wind turbines and inland oyster racks, foraging seabirds and even fishermen at work all come into view one by one. It is such a special and rare sight!
Click to play embedded YouTube video.
Equipment Details: ZWO SEESTAR S50
Location : Hsinchu, Taiwan
Time: November 22, 2023
Photographer : Meiying Lee (李美英)
Last edited by bystander on Thu Nov 23, 2023 5:54 am, edited 1 time in total.
Reason: <youtube> tags don't accept shortcut urls
Reason: <youtube> tags don't accept shortcut urls
-
Bi2L
- Science Officer
- Posts: 103
- Joined: Tue Jul 19, 2011 11:24 am
- AKA: Bill Metallinos
- Location: Corfu, Greece
- Contact:
Re: Video Submissions
Occultation of Betelgeuse by Asteroid 319/Leona, Kanoni, Corfu, 12/12/2023
Enjoying the Occultation of Betelgeuse with a view of Vlaherena and Pontikonisi in the Corfu Kanoni. Unfortunately, it was not visible to the eye since the brightness drop was about 1mag... but the positive result was seen in the photometry. In the evening we had a good time, we saw several Shooting Stars from the shower of the Geminids, some quite bright! With them were Vasilis Dionysopoulos and Dr. Apostolos Christou researcher of asteroids (small Solar-System bodies) at the Armagh Observatory who came especially to Corfu for this phenomenon.
The occultation at the point was approximately from 01:12:38.774 to 01:12:44.254 UT
https://youtube.com/shorts/-isXq0LRJ8U?feature=shared
Enjoying the Occultation of Betelgeuse with a view of Vlaherena and Pontikonisi in the Corfu Kanoni. Unfortunately, it was not visible to the eye since the brightness drop was about 1mag... but the positive result was seen in the photometry. In the evening we had a good time, we saw several Shooting Stars from the shower of the Geminids, some quite bright! With them were Vasilis Dionysopoulos and Dr. Apostolos Christou researcher of asteroids (small Solar-System bodies) at the Armagh Observatory who came especially to Corfu for this phenomenon.
The occultation at the point was approximately from 01:12:38.774 to 01:12:44.254 UT
https://youtube.com/shorts/-isXq0LRJ8U?feature=shared
Re: Video Submissions
Gemind Meteor Shower with Carina Nebula single shot
Two Single Shots of the Carina Nebula with Geminids Meteor Shower 2023 over the white desert
Gemind Meteor Shower with Carina Nebula single shot by osama Fathi, on Flickr
during our session with Carina nebula 14-15 December, meteor from the Geminids meteor shower penetrating the frame and make the festival
Gemind Meteor Shower with Carina Nebula single shot by osama Fathi, on Flickr
time lapse
TimeLapse 12_15_2023_18_47_25 by osama Fathi, on Flickr
Location : white Desert, Egypt
14-15 Dec 2023
Gears:
Nikon z6 Mod
Samyang 135 mm
Skywatcher Staradventurer 2i
Exif:
Single Shot : 1min, ISO 1000, f2.8
to reduce noise we added another single shot to enhance the foreground
Credit
Osama Fathi
Social:
https://www.instagram.com/osama.fathi.nswatcher85/
https://www.facebook.com/NSWatcher/
White Desert , Egypt
Two Single Shots of the Carina Nebula with Geminids Meteor Shower 2023 over the white desert
Gemind Meteor Shower with Carina Nebula single shot by osama Fathi, on Flickrduring our session with Carina nebula 14-15 December, meteor from the Geminids meteor shower penetrating the frame and make the festival
Gemind Meteor Shower with Carina Nebula single shot by osama Fathi, on Flickrtime lapse
TimeLapse 12_15_2023_18_47_25 by osama Fathi, on FlickrLocation : white Desert, Egypt
14-15 Dec 2023
Gears:
Nikon z6 Mod
Samyang 135 mm
Skywatcher Staradventurer 2i
Exif:
Single Shot : 1min, ISO 1000, f2.8
to reduce noise we added another single shot to enhance the foreground
Credit
Osama Fathi
Social:
https://www.instagram.com/osama.fathi.nswatcher85/
https://www.facebook.com/NSWatcher/
White Desert , Egypt
Re: Video Submissions
Rare three SSO object conjunction - C/2022 E3 (ZTF), C/2022 U2 (ATLAS), 117 Lomia
Rare three SSO object conjunction - C/2022 E3 (ZTF), C/2022 U2 (ATLAS), 117 Lomia by .zombi., on Flickr
YouTube: https://youtu.be/pYuhe9nF1n4?si=N2Src7zzp_OXdht1
The clip was created using a stack of 227 frames, each lasting 60 seconds. The comets and the background were stacked separately and reassembled into a short movie. The total integration time was 3.8 hours.
The clip is a compression of 4.5 hours of comets and asteroid activity and, because it is hard to observe the comet and the asteroid moving together, they were shown one after another.
Imaging Telescopes Or Lenses: Takahashi FSQ-106EDX III
Imaging Cameras: Moravian Instruments G3-16200EC MK I
Mounts: Sky-Watcher NEQ6-Pro
Filters: Baader UV/IR Cut / Luminance 50 mm
Accessories: Takahashi Reducer-QE 0.73X (TKA36580)
Software: Adobe Photoshop · Pleiades Astrophoto PixInsight
Frames:
Baader UV/IR Cut: 227×60″ Bin2 (3.8h)
Location: Masłomiąca
Dates: 06.02.2023
Moon phase: 99%
Image Credit & Copyright: Przemysław Ząbczyk
Links:
http://www.astrobin.com/users/zombi/
https://www.astropolis.pl/tags/zombi/
Rare three SSO object conjunction - C/2022 E3 (ZTF), C/2022 U2 (ATLAS), 117 Lomia by .zombi., on Flickr
YouTube: https://youtu.be/pYuhe9nF1n4?si=N2Src7zzp_OXdht1
The clip was created using a stack of 227 frames, each lasting 60 seconds. The comets and the background were stacked separately and reassembled into a short movie. The total integration time was 3.8 hours.
The clip is a compression of 4.5 hours of comets and asteroid activity and, because it is hard to observe the comet and the asteroid moving together, they were shown one after another.
Imaging Telescopes Or Lenses: Takahashi FSQ-106EDX III
Imaging Cameras: Moravian Instruments G3-16200EC MK I
Mounts: Sky-Watcher NEQ6-Pro
Filters: Baader UV/IR Cut / Luminance 50 mm
Accessories: Takahashi Reducer-QE 0.73X (TKA36580)
Software: Adobe Photoshop · Pleiades Astrophoto PixInsight
Frames:
Baader UV/IR Cut: 227×60″ Bin2 (3.8h)
Location: Masłomiąca
Dates: 06.02.2023
Moon phase: 99%
Image Credit & Copyright: Przemysław Ząbczyk
Links:
http://www.astrobin.com/users/zombi/
https://www.astropolis.pl/tags/zombi/
-
Astrodude13
- Ensign
- Posts: 44
- Joined: Sun Jan 19, 2014 11:44 pm
Re: Video Submissions
I, along with Hawk Wolinski had just completed taking flat frames on a new solar telescope here at Siding Spring Observatory, and happened to capture this flare just after it started. Recording started at UT 22:23:42 and ended at 23:59:55 on
230224.
The telescope system used was an Explore Scientific 127 with a 4x barlow and ZWO ASI432MM, and colorized in Aurora HDR
AR3590 Solar Flare by Blake Estes, on Flickr
230224.
The telescope system used was an Explore Scientific 127 with a 4x barlow and ZWO ASI432MM, and colorized in Aurora HDR
AR3590 Solar Flare by Blake Estes, on FlickrRe: Video Submissions
Stereoscopic (21) Lutetia asteroid ROSETTA encounter from historic flyby (red-cyan anaglyph)
https://www.youtube.com/watch?v=aHaI2knmVHo
https://www.youtube.com/watch?v=aHaI2knmVHo