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G5tAPTY8
United Kingdom
Приєднався 7 лип 2013
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Timelapse of 49 shooting stars and meteors, in 4 hours from Kiso Observatory, Japan.
The Kiso Observatory in Japan has a 24/7 live stream of the night sky. Here is a timelapse showing 49 shooting stars, captured in 4 hours, before midnight.
The channel: www.youtube.com/@astroasahi
We recorded 4 hours of video and processed it to create this 4 minute timelapse. Meteors appear as thin lines that disappear suddenly. Satellites appear as long lines that slide rapidly across the sky.
Thanks to:
Kiso Observatory
Asahi Shimbun
The channel: www.youtube.com/@astroasahi
We recorded 4 hours of video and processed it to create this 4 minute timelapse. Meteors appear as thin lines that disappear suddenly. Satellites appear as long lines that slide rapidly across the sky.
Thanks to:
Kiso Observatory
Asahi Shimbun
Переглядів: 1
Відео
49 best shooting stars and meteors, recorded in 4 hours, from Kiso Observatory, Japan.
Переглядів 47 годин тому
The Kiso Observatory in Japan has a 24/7 live stream of the night sky. Here are 49 shooting stars, captured in 4 hours, before midnight. The channel: www.youtube.com/@astroasahi We recorded 4 hours of video from midnight onwards, and scanned for shooting stars. There may have been a few other shooting stars too faint for our detector to find. This video was recorded using a script that download...
Timelapse of 52 shooting stars and meteors, in 4 hours from Subaru Telescope, Hawaii.
Переглядів 620 годин тому
The Subaru Telescope in Hawaii has a 24/7 live stream of the night sky. Here is a timelapse showing 52 meteors captured in 4 hours around midnight. The channel: www.youtube.com/@astroasahi We recorded 5 hours of video and processed it to create this 5 minute timelapse. In the first half of the video we see dark skies with only meteors appearing as thin lines that disappear suddenly. In the seco...
52 best shooting stars and meteors, in 4 hours from Subaru Telescope, Hawaii.
Переглядів 320 годин тому
The Subaru Telescope in Hawaii has a 24/7 live stream of the night sky. Here are 52 meteors captured in 4 hours around midnight. The channel: www.youtube.com/@astroasahi This is a test of a new automatic video pipeline we're working on. It's not finished yet so we'll be making improvements over the next few days and weeks. The intention is to develop an unsupervised process which can detect sho...
Timelapse of 50 shooting stars and meteors, in 6 hours from CFHT, Hawaii.
Переглядів 82 години тому
The Canada France Hawaii Telescope in Hawaii has a 24/7 live stream of the night sky. Here is a timelapse showing 50 meteors captured in 6 hours around midnight. The channel: www.youtube.com/@astroasahi We recorded 6 hours of video and processed it to create this 6 minute timelapse. In the first half of the video we see dark skies with only meteors appearing as thin lines that disappear suddenl...
50 best shooting stars and meteors, in 6 hours from CFHT, Hawaii.
Переглядів 22 години тому
The Canada France Hawaii Telescope in Hawaii has a 24/7 live stream of the night sky. Here are 50 meteors captured in 6 hours around midnight. The channel: www.youtube.com/@astroasahi
Close-ups of several shooting stars and meteors, from CFHT, Hawaii.
Переглядів 4112 годин тому
The Canada France Hawaii Telescope in Hawaii has a 24/7 live stream of the night sky. We zoomed in to the best meteors we saw this evening. The channel: www.youtube.com/@astroasahi
Timelapse of 144 shooting stars and meteors, in 5 hours from CFHT, Hawaii.
Переглядів 3012 годин тому
The Canada France Hawaii Telescope in Hawaii has a 24/7 live stream of the night sky. Here is a timelapse showing 144 meteors captured in 5 hours around midnight. The channel: www.youtube.com/@astroasahi We recorded 5 hours of video and processed it to create this 5 minute timelapse. In the first half of the video we see dark skies with only meteors appearing as thin lines that disappear sudden...
52 best shooting stars and meteors, in 5 hours from CFHT, Hawaii.
Переглядів 2012 годин тому
The Canada France Hawaii Telescope in Hawaii has a 24/7 live stream of the night sky. Here are 52 meteors captured in 5 hours around midnight. The channel: www.youtube.com/@astroasahi
Close-ups of several shooting stars and meteors, from Subaru Telescope, Hawaii.
Переглядів 716 годин тому
The Subaru Telescope in Hawaii has a 24/7 live stream of the night sky. We zoomed in to the best meteors we saw this evening. The channel: www.youtube.com/@astroasahi
Timelapse of 353 shooting stars and meteors, in 5 hours from Subaru Telescope, Hawaii.
Переглядів 2916 годин тому
The Subaru Telescope in Hawaii has a 24/7 live stream of the night sky. Here is a timelapse showing 353 meteors captured in 5 hours around midnight. The channel: www.youtube.com/@astroasahi We recorded 5 hours of video and processed it to create this 5 minute timelapse. In the first half of the video we see dark skies with only meteors appearing as thin lines that disappear suddenly. In the sec...
61 best shooting stars and meteors, in 5 hours from Subaru Telescope, Hawaii.
Переглядів 8016 годин тому
The Subaru Telescope in Hawaii has a 24/7 live stream of the night sky. Here are 61 meteors captured in 5 hours around midnight. The channel: www.youtube.com/@astroasahi This is a test of a new automatic video pipeline we're working on. It's not finished yet so we'll be making improvements over the next few days and weeks. The intention is to develop an unsupervised process which can detect sho...
Close-ups of several shooting stars and meteors from Kagawa, Japan.
Переглядів 1719 годин тому
A new camera in Kagawa, Japan is recording a live stream of the night sky. We zoomed in to the best meteors we saw this evening. The channel: www.youtube.com/@astroasahi
Timelapse of 38 shooting stars and meteors, in 4 hours from Kagawa, Japan.
Переглядів 1619 годин тому
A new camera in Kagawa, Japan is recording a live stream of the night sky. Here is a timelapse showing 38 shooting stars, captured in 4 hours, after midnight. The channel: www.youtube.com/@astroasahi We recorded 4 hours of video and processed it to create this 4 minute timelapse. Meteors appear as thin lines that disappear suddenly. Satellites appear as long lines that slide rapidly across the ...
38 shooting stars and meteors, recorded in 4 hours, from Kagawa, Japan.
Переглядів 6719 годин тому
A new camera in Kagawa, Japan is recording a live stream of the night sky. Here are 38 shooting stars, captured in 4 hours, after midnight. The channel: www.youtube.com/@astroasahi We recorded 4 hours of video from midnight onwards, and scanned for shooting stars. There may have been a few other shooting stars too faint for our detector to find. This video was recorded using a script that downl...
Close-ups of several shooting stars and meteors, from Subaru Telescope, Hawaii.
Переглядів 9419 годин тому
Close-ups of several shooting stars and meteors, from Subaru Telescope, Hawaii.
Timelapse of 376 shooting stars and meteors, in 5 hours from Subaru Telescope, Hawaii.
Переглядів 3419 годин тому
Timelapse of 376 shooting stars and meteors, in 5 hours from Subaru Telescope, Hawaii.
56 best shooting stars and meteors, in 5 hours from Subaru Telescope, Hawaii.
Переглядів 1419 годин тому
56 best shooting stars and meteors, in 5 hours from Subaru Telescope, Hawaii.
Close-ups of several shooting stars and meteors from Kiso Observatory, Japan.
Переглядів 14День тому
Close-ups of several shooting stars and meteors from Kiso Observatory, Japan.
Timelapse of 102 shooting stars and meteors, in 6 hours from Kiso Observatory, Japan.
Переглядів 32День тому
Timelapse of 102 shooting stars and meteors, in 6 hours from Kiso Observatory, Japan.
56 best shooting stars and meteors, recorded in 6 hours, from Kiso Observatory, Japan.
Переглядів 9День тому
56 best shooting stars and meteors, recorded in 6 hours, from Kiso Observatory, Japan.
Close-ups of several shooting stars and meteors from Kagawa, Japan.
Переглядів 182День тому
Close-ups of several shooting stars and meteors from Kagawa, Japan.
Timelapse of 147 shooting stars and meteors, in 5 hours from Kagawa, Japan.
Переглядів 16День тому
Timelapse of 147 shooting stars and meteors, in 5 hours from Kagawa, Japan.
58 shooting stars and meteors, recorded in 6 hours, from Kagawa, Japan.
Переглядів 34День тому
58 shooting stars and meteors, recorded in 6 hours, from Kagawa, Japan.
Close-ups of several shooting stars and meteors, from Subaru Telescope, Hawaii.
Переглядів 189День тому
Close-ups of several shooting stars and meteors, from Subaru Telescope, Hawaii.
Timelapse of 845 shooting stars and meteors, in 6 hours from Subaru Telescope, Hawaii.
Переглядів 39День тому
Timelapse of 845 shooting stars and meteors, in 6 hours from Subaru Telescope, Hawaii.
66 best shooting stars and meteors, in 6 hours from Subaru Telescope, Hawaii.
Переглядів 221День тому
66 best shooting stars and meteors, in 6 hours from Subaru Telescope, Hawaii.
Close-ups of several shooting stars and meteors, from Subaru Telescope, Hawaii.
Переглядів 301День тому
Close-ups of several shooting stars and meteors, from Subaru Telescope, Hawaii.
Timelapse of 363 shooting stars and meteors, in 4 hours from Subaru Telescope, Hawaii.
Переглядів 146День тому
Timelapse of 363 shooting stars and meteors, in 4 hours from Subaru Telescope, Hawaii.
63 best shooting stars and meteors, in 4 hours from Subaru Telescope, Hawaii.
Переглядів 45День тому
63 best shooting stars and meteors, in 4 hours from Subaru Telescope, Hawaii.
Meteors are indicated with circles and a bell sound plays at the same time. The sound is panned to left or right to match the meteor's X coordinate on the screen. The pitch of the note played corresponds to the Y coordinate. The camera lens seems to be coated in a layer of dust, but that's really noise in the camera sensor. This video simulates a long-exposure so any imperfections in the lens or sensor get emphasised. Comparing the different types of meteors seen in the evening and later the next the morning. You can find the channel here: www.youtube.com/@astroasahi
This video was generated automatically and some of the meteors we found are really satellites. You can find the channel here: www.youtube.com/@astroasahi
near the equator appears to be the fav zone
Meteors are indicated with circles and a bell sound plays at the same time. The sound is panned to left or right to match the meteor's X coordinate on the screen. The pitch of the note played corresponds to the Y coordinate. The camera lens seems to be coated in a layer of dust, but that's really noise in the camera sensor. This video simulates a long-exposure so any imperfections in the lens or sensor get emphasised. Comparing the different types of meteors seen in the evening and later the next the morning. You can find the channel here: www.youtube.com/@astroasahi
This video was generated automatically and some of the meteors we found are really satellites. You can find the channel here: www.youtube.com/@astroasahi
Meteors are indicated with circles and a bell sound plays at the same time. The sound is panned to left or right to match the meteor's X coordinate on the screen. The pitch of the note played corresponds to the Y coordinate. The camera lens seems to be coated in a layer of dust, but that's really noise in the camera sensor. This video simulates a long-exposure so any imperfections in the lens or sensor get emphasised. Comparing the different types of meteors seen in the evening and later the next the morning. You can find the channel here: www.youtube.com/@astroasahi
This video was generated automatically and some of the meteors we found are really satellites. You can find the channel here: www.youtube.com/@astroasahi
awesome
Hi, thank you so much for sharing this. By the way, I would like to have your permission to put links to your edited videos on the "document" I'm editing. Is it possible?
Hello, you're welcome. I hope the CFHT camera will remain for a long time, it's an exciting addition. Please link to any of these videos if you wish.
@@g5tapty8 Thank you so much for your kind permission, I will!
thank you! 🙏🏻❤
We zoomed in to examine several of the best meteors we saw this evening. You can find the channel here: www.youtube.com/@astroasahi
Meteors are indicated with circles and a bell sound plays at the same time. The sound is panned to left or right to match the meteor's X coordinate on the screen. The pitch of the note played corresponds to the Y coordinate. The camera lens seems to be coated in a layer of dust, but that's really noise in the camera sensor. This video simulates a long-exposure so any imperfections in the lens or sensor get emphasised. Comparing the different types of meteors seen in the evening and later the next the morning. You can find the channel here: www.youtube.com/@astroasahi
This video was generated automatically and some of the meteors we found are really satellites. You can find the channel here: www.youtube.com/@astroasahi
We zoomed in to examine several of the best meteors we saw this evening. You can find the channel here: www.youtube.com/@astroasahi
Meteors are indicated with circles and a bell sound plays at the same time. The sound is panned to left or right to match the meteor's X coordinate on the screen. The pitch of the note played corresponds to the Y coordinate. The camera lens seems to be coated in a layer of dust, but that's really noise in the camera sensor. This video simulates a long-exposure so any imperfections in the lens or sensor get emphasised. Comparing the different types of meteors seen in the evening and later the next the morning. You can find the channel here: www.youtube.com/@astroasahi
This video was generated automatically and some of the meteors we found are really satellites. You can find the channel here: www.youtube.com/@astroasahi
We zoomed in to examine several of the best meteors we saw this evening. You can find the channel here: www.youtube.com/@astroasahi
Meteors are indicated with circles and a bell sound plays at the same time. The sound is panned to left or right to match the meteor's X coordinate on the screen. The pitch of the note played corresponds to the Y coordinate. The camera lens seems to be coated in a layer of dust, but that's really noise in the camera sensor. This video simulates a long-exposure so any imperfections in the lens or sensor get emphasised. Comparing the different types of meteors seen in the evening and later the next the morning. You can find the channel here: www.youtube.com/@astroasahi
This video was generated automatically and some of the meteors we found are really satellites. You can find the channel here: www.youtube.com/@astroasahi
We zoomed in to examine several of the best meteors we saw this evening. You can find the channel here: www.youtube.com/@astroasahi
Meteors are indicated with circles and a bell sound plays at the same time. The sound is panned to left or right to match the meteor's X coordinate on the screen. The pitch of the note played corresponds to the Y coordinate. The camera lens seems to be coated in a layer of dust, but that's really noise in the camera sensor. This video simulates a long-exposure so any imperfections in the lens or sensor get emphasised. Comparing the different types of meteors seen in the evening and later the next the morning. You can find the channel here: www.youtube.com/@astroasahi
This video was generated automatically and some of the meteors we found are really satellites. You can find the channel here: www.youtube.com/@astroasahi
👍
lol so many meteor in one place, it a golden shower
Would love to see this lovely footage without the annoying circles and beeps.
I was thinking about uploading some of the timelapses without the circles overlay and without the beep sounds. Those things are there to help people understand that the timelapse is displaying, but maybe I only need to do this once in a while, instead of for every video. The circles and beeps do distract a little from the visuals I think.
We zoomed in to examine several of the best meteors we saw this evening. You can find the channel here: www.youtube.com/@astroasahi
Meteors are indicated with circles and a bell sound plays at the same time. The sound is panned to left or right to match the meteor's X coordinate on the screen. The pitch of the note played corresponds to the Y coordinate. The camera lens seems to be coated in a layer of dust, but that's really noise in the camera sensor. This video simulates a long-exposure so any imperfections in the lens or sensor get emphasised. Comparing the different types of meteors seen in the evening and later the next the morning. You can find the channel here: www.youtube.com/@astroasahi
This video was generated automatically and some of the meteors we found are really satellites. You can find the channel here: www.youtube.com/@astroasahi
We zoomed in to examine several of the best meteors we saw this evening. You can find the channel here: www.youtube.com/@astroasahi
Meteors are indicated with circles and a bell sound plays at the same time. The sound is panned to left or right to match the meteor's X coordinate on the screen. The pitch of the note played corresponds to the Y coordinate. The camera lens seems to be coated in a layer of dust, but that's really noise in the camera sensor. This video simulates a long-exposure so any imperfections in the lens or sensor get emphasised. Comparing the different types of meteors seen in the evening and later the next the morning. You can find the channel here: www.youtube.com/@astroasahi
This video was generated automatically and some of the meteors we found are really satellites. You can find the channel here: www.youtube.com/@astroasahi
Missed one... 😆
We zoomed in to examine several of the best meteors we saw this evening. You can find the channel here: www.youtube.com/@astroasahi
Meteors are indicated with circles and a bell sound plays at the same time. The sound is panned to left or right to match the meteor's X coordinate on the screen. The pitch of the note played corresponds to the Y coordinate. The camera lens seems to be coated in a layer of dust, but that's really noise in the camera sensor. This video simulates a long-exposure so any imperfections in the lens or sensor get emphasised. Comparing the different types of meteors seen in the evening and later the next the morning. You can find the channel here: www.youtube.com/@astroasahi
This video was generated automatically and some of the meteors we found are really satellites. You can find the channel here: www.youtube.com/@astroasahi
nice...
We zoomed in to examine several of the best meteors we saw this evening. You can find the channel here: www.youtube.com/@astroasahi
Meteors are indicated with circles and a bell sound plays at the same time. The sound is panned to left or right to match the meteor's X coordinate on the screen. The pitch of the note played corresponds to the Y coordinate. The camera lens seems to be coated in a layer of dust, but that's really noise in the camera sensor. This video simulates a long-exposure so any imperfections in the lens or sensor get emphasised. Comparing the different types of meteors seen in the evening and later the next the morning. You can find the channel here: www.youtube.com/@astroasahi
This video was generated automatically and some of the meteors we found are really satellites. You can find the channel here: www.youtube.com/@astroasahi
Very cool! I saw a view that you missed. Would have been great to watch it in real time.
I think the detector I use can find about 95% of the easily visible meteors. And all of the big and bright ones. Sometimes the lighting conditions or make the meteors too faint to detect. Those very faint meteors are more obvious when viewed in a stacked time-lapse like this one. This video is taken from the 27/7 real-time stream offered by Subaru Telescope here: www.youtube.com/@astroasahi. I'm afraid I don't have the stamina to keep my eyes glued to the screen for 6 hours at a time though.
❤❤👏👏
We zoomed in to examine several of the best meteors we saw this evening. You can find the channel here: www.youtube.com/@astroasahi
Meteors are indicated with circles and a bell sound plays at the same time. The sound is panned to left or right to match the meteor's X coordinate on the screen. The pitch of the note played corresponds to the Y coordinate. The camera lens seems to be coated in a layer of dust, but that's really noise in the camera sensor. This video simulates a long-exposure so any imperfections in the lens or sensor get emphasised. Comparing the different types of meteors seen in the evening and later the next the morning. You can find the channel here: www.youtube.com/@astroasahi
This video was generated automatically and some of the meteors we found are really satellites. You can find the channel here: www.youtube.com/@astroasahi
Meteors are indicated with circles and a bell sound plays at the same time. The sound is panned to left or right to match the meteor's X coordinate on the screen. The pitch of the note played corresponds to the Y coordinate. The camera lens seems to be coated in a layer of dust, but that's really noise in the camera sensor. This video simulates a long-exposure so any imperfections in the lens or sensor get emphasised. Comparing the different types of meteors seen in the evening and later the next the morning. You can find the channel here: www.youtube.com/@BostonAndMaineLive
This video was generated automatically and some of the meteors we found are really satellites. You can find the channel here: www.youtube.com/@BostonAndMaineLive
why iss there both the ones that got recognized with red circles and ones that are not? and if in other places, can there be any possibility that meet higher rates of shooting stars?
The meteor detector we use is unable to see some very faint signals, but we do manage to detect about 95% of the meteors that are visible. So most of the meteors in the timelapse do have a circle drawn around them. Meteors appear as lines which suddenly appear, and then disappear without moving in-between time. The other bright lines in the timelapse are satellite trails. Satellite trails move slowly across the screen and appear in the sky where they catch the light of the sun as they orbit the earth. This camera is in Maine, in the US. The nights are dark here but there is also a lot of haze in the atmosphere. If you visit a place like the Subaru Telescope in Hawaii then you're on top of a volcano and above any low clouds. You can see a lot more of the night sky at such high altitudes, and you definitely see more shooting stars there.
We zoomed in to examine several of the best meteors we saw this evening. You can find the channel here: www.youtube.com/@astroasahi
Meteors are indicated with circles and a bell sound plays at the same time. The sound is panned to left or right to match the meteor's X coordinate on the screen. The pitch of the note played corresponds to the Y coordinate. The camera lens seems to be coated in a layer of dust, but that's really noise in the camera sensor. This video simulates a long-exposure so any imperfections in the lens or sensor get emphasised. Comparing the different types of meteors seen in the evening and later the next the morning. You can find the channel here: www.youtube.com/@astroasahi
This video was generated automatically and some of the meteors we found are really satellites. You can find the channel here: www.youtube.com/@astroasahi