#analemma — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #analemma, aggregated by home.social.
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@AlaskaWx @Climatologist49 What about the radius of apparent solar disc ? Along with refraction, like you wrote, it moves some artic circle phenomenon toward North.
I like to think about these sunrise and sunset questions with #analemma in mind. -
@AlaskaWx @Climatologist49 What about the radius of apparent solar disc ? Along with refraction, like you wrote, it moves some artic circle phenomenon toward North.
I like to think about these sunrise and sunset questions with #analemma in mind. -
@AlaskaWx @Climatologist49 What about the radius of apparent solar disc ? Along with refraction, like you wrote, it moves some artic circle phenomenon toward North.
I like to think about these sunrise and sunset questions with #analemma in mind. -
@AlaskaWx @Climatologist49 What about the radius of apparent solar disc ? Along with refraction, like you wrote, it moves some artic circle phenomenon toward North.
I like to think about these sunrise and sunset questions with #analemma in mind. -
@AlaskaWx @Climatologist49 What about the radius of apparent solar disc ? Along with refraction, like you wrote, it moves some artic circle phenomenon toward North.
I like to think about these sunrise and sunset questions with #analemma in mind. -
@AkaSci
#NealStephenson the #SciFi author makes some use of them in his large interesting novel #AnathemWhich also has some echoes of what, perhaps, scientists might consider around this period of Administration of the USA.
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@AkaSci
#NealStephenson the #SciFi author makes some use of them in his large interesting novel #AnathemWhich also has some echoes of what, perhaps, scientists might consider around this period of Administration of the USA.
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@AkaSci
#NealStephenson the #SciFi author makes some use of them in his large interesting novel #AnathemWhich also has some echoes of what, perhaps, scientists might consider around this period of Administration of the USA.
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@AkaSci
#NealStephenson the #SciFi author makes some use of them in his large interesting novel #AnathemWhich also has some echoes of what, perhaps, scientists might consider around this period of Administration of the USA.
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@AkaSci
#NealStephenson the #SciFi author makes some use of them in his large interesting novel #AnathemWhich also has some echoes of what, perhaps, scientists might consider around this period of Administration of the USA.
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🇺🇦 #NowPlaying on #BBC6Music's #The6MixWithMaryAnneHobbs
Analemma:
🎵 Plunging Asymptote -
🇺🇦 #NowPlaying on #BBC6Music's #The6MixWithMaryAnneHobbs
Analemma:
🎵 Plunging Asymptote -
🇺🇦 #NowPlaying on #BBC6Music's #The6MixWithMaryAnneHobbs
Analemma:
🎵 Plunging Asymptote -
🇺🇦 #NowPlaying on #BBC6Music's #The6MixWithMaryAnneHobbs
Analemma:
🎵 Plunging Asymptote -
🇺🇦 #NowPlaying on #BBC6Music's #The6MixWithMaryAnneHobbs
Analemma:
🎵 Plunging Asymptote -
I used to wonder why we don't set the time based on the sun being at it's highest point at noon.
I should probably stop asking this sort of question.
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I used to wonder why we don't set the time based on the sun being at it's highest point at noon.
I should probably stop asking this sort of question.
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I used to wonder why we don't set the time based on the sun being at it's highest point at noon.
I should probably stop asking this sort of question.
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I used to wonder why we don't set the time based on the sun being at it's highest point at noon.
I should probably stop asking this sort of question.
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I used to wonder why we don't set the time based on the sun being at it's highest point at noon.
I should probably stop asking this sort of question.
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📸 Two Worlds, Two Analemmas
An analemma shows the Sun’s position at the same time each day over a year. Earth’s forms a figure-8. Mars, with a more eccentric orbit, creates a teardrop shape. The images were taken from Earth (2011–2012) and by the Opportunity rover on Mars (2006–2008).
📅 June 21, 2025
📷 Tunc Tezel, NASA/JPL/Cornell/ASU/TAMU
🔗 https://stellarsnap.space
#APOD #Analemma #Earth #Mars #Solstice #PlanetaryScience #Astrophotography #StellarSnap -
📸 Two Worlds, Two Analemmas
An analemma shows the Sun’s position at the same time each day over a year. Earth’s forms a figure-8. Mars, with a more eccentric orbit, creates a teardrop shape. The images were taken from Earth (2011–2012) and by the Opportunity rover on Mars (2006–2008).
📅 June 21, 2025
📷 Tunc Tezel, NASA/JPL/Cornell/ASU/TAMU
🔗 https://stellarsnap.space
#APOD #Analemma #Earth #Mars #Solstice #PlanetaryScience #Astrophotography #StellarSnap -
📸 Two Worlds, Two Analemmas
An analemma shows the Sun’s position at the same time each day over a year. Earth’s forms a figure-8. Mars, with a more eccentric orbit, creates a teardrop shape. The images were taken from Earth (2011–2012) and by the Opportunity rover on Mars (2006–2008).
📅 June 21, 2025
📷 Tunc Tezel, NASA/JPL/Cornell/ASU/TAMU
🔗 https://stellarsnap.space
#APOD #Analemma #Earth #Mars #Solstice #PlanetaryScience #Astrophotography #StellarSnap -
📸 Two Worlds, Two Analemmas
An analemma shows the Sun’s position at the same time each day over a year. Earth’s forms a figure-8. Mars, with a more eccentric orbit, creates a teardrop shape. The images were taken from Earth (2011–2012) and by the Opportunity rover on Mars (2006–2008).
📅 June 21, 2025
📷 Tunc Tezel, NASA/JPL/Cornell/ASU/TAMU
🔗 https://stellarsnap.space
#APOD #Analemma #Earth #Mars #Solstice #PlanetaryScience #Astrophotography #StellarSnap -
@jbond You take the photograph of the celestial object at the same time of day over a whole year. The shape is produced because of the tilt of the #Earth in its orbit. The slightly irregular shape by the fact that the orbit is not quite circular but #elliptical. I made a simulated #analemma and posted it here some time ago using #Sellarium, to show what happens.
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@jbond You take the photograph of the celestial object at the same time of day over a whole year. The shape is produced because of the tilt of the #Earth in its orbit. The slightly irregular shape by the fact that the orbit is not quite circular but #elliptical. I made a simulated #analemma and posted it here some time ago using #Sellarium, to show what happens.
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@jbond You take the photograph of the celestial object at the same time of day over a whole year. The shape is produced because of the tilt of the #Earth in its orbit. The slightly irregular shape by the fact that the orbit is not quite circular but #elliptical. I made a simulated #analemma and posted it here some time ago using #Sellarium, to show what happens.
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@jbond You take the photograph of the celestial object at the same time of day over a whole year. The shape is produced because of the tilt of the #Earth in its orbit. The slightly irregular shape by the fact that the orbit is not quite circular but #elliptical. I made a simulated #analemma and posted it here some time ago using #Sellarium, to show what happens.
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@jbond You take the photograph of the celestial object at the same time of day over a whole year. The shape is produced because of the tilt of the #Earth in its orbit. The slightly irregular shape by the fact that the orbit is not quite circular but #elliptical. I made a simulated #analemma and posted it here some time ago using #Sellarium, to show what happens.
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Ein #Analemma zeigt den unterschiedlichen Stand der Sonne zur immerselben Uhrzeit im Laufe eines Jahres. 180°=Süden.
https://www.woellsdorf-wetter.de/info/time.html
#Sonne #Zeit #Döbeln-#Wöllsdorf #Astronomie #sun #time #astronomy
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Ein #Analemma zeigt den unterschiedlichen Stand der Sonne zur immerselben Uhrzeit im Laufe eines Jahres. 180°=Süden.
https://www.woellsdorf-wetter.de/info/time.html
#Sonne #Zeit #Döbeln-#Wöllsdorf #Astronomie #sun #time #astronomy
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Ein #Analemma zeigt den unterschiedlichen Stand der Sonne zur immerselben Uhrzeit im Laufe eines Jahres. 180°=Süden.
https://www.woellsdorf-wetter.de/info/time.html
#Sonne #Zeit #Döbeln-#Wöllsdorf #Astronomie #sun #time #astronomy
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Ein #Analemma zeigt den unterschiedlichen Stand der Sonne zur immerselben Uhrzeit im Laufe eines Jahres. 180°=Süden.
https://www.woellsdorf-wetter.de/info/time.html
#Sonne #Zeit #Döbeln-#Wöllsdorf #Astronomie #sun #time #astronomy
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Taking some inspiration from today's #APOD, here I've used #Stellarium to simulate the apparent trajectory of the #Sun if it were photographed at the beginning of each month at midday where I live during this whole year. The characteristic figure-of-eight path is called an #Analemma. The individual frames were made into an #AnimatedGif using #Gimp.
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Taking some inspiration from today's #APOD, here I've used #Stellarium to simulate the apparent trajectory of the #Sun if it were photographed at the beginning of each month at midday where I live during this whole year. The characteristic figure-of-eight path is called an #Analemma. The individual frames were made into an #AnimatedGif using #Gimp.
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Taking some inspiration from today's #APOD, here I've used #Stellarium to simulate the apparent trajectory of the #Sun if it were photographed at the beginning of each month at midday where I live during this whole year. The characteristic figure-of-eight path is called an #Analemma. The individual frames were made into an #AnimatedGif using #Gimp.
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Taking some inspiration from today's #APOD, here I've used #Stellarium to simulate the apparent trajectory of the #Sun if it were photographed at the beginning of each month at midday where I live during this whole year. The characteristic figure-of-eight path is called an #Analemma. The individual frames were made into an #AnimatedGif using #Gimp.
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Taking some inspiration from today's #APOD, here I've used #Stellarium to simulate the apparent trajectory of the #Sun if it were photographed at the beginning of each month at midday where I live during this whole year. The characteristic figure-of-eight path is called an #Analemma. The individual frames were made into an #AnimatedGif using #Gimp.
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Here’s a simulation of an #analemma for my location for the #Sun at midday on the first day of each month in 2025. Produced with #Stellarium and #Gimp.
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Here’s a simulation of an #analemma for my location for the #Sun at midday on the first day of each month in 2025. Produced with #Stellarium and #Gimp.
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Here’s a simulation of an #analemma for my location for the #Sun at midday on the first day of each month in 2025. Produced with #Stellarium and #Gimp.
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Here’s a simulation of an #analemma for my location for the #Sun at midday on the first day of each month in 2025. Produced with #Stellarium and #Gimp.
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Here’s a simulation of an #analemma for my location for the #Sun at midday on the first day of each month in 2025. Produced with #Stellarium and #Gimp.
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Well, at least the Sun will start setting a little later 'round about Friday...
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Well, at least the Sun will start setting a little later 'round about Friday...
