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Capturing the Sun at the same time every day for a year ☀ ∞

279,999 次观看 • 11 个月前 •via X (Twitter)

32 条评论

Space Science 的头像
Space Science11 个月前

This figure-8 is unique to Earth. It’s our signature. 🌍 If you did this on Mars, the shape wouldn't be an '8'. It would look like a Teardrop. Every planet draws a different shape in the sky based on its tilt and orbit eccentricity. EARTH MARS

Flat Earth Zone 的头像
Flat Earth Zone11 个月前

Funny how the sun traces a perfect circuit… not because we are spinning, wobbling, and orbiting, but because it is moving overhead. Exactly what the Bible says. None of this makes sense on a tilted, flying space ball.

Fabulous Nature 的头像
Fabulous Nature11 个月前

Man photographed The Sun in the same spot at the same time for 3 years & compiled all the positions of The Sun into this.

Qwami 的头像
Qwami11 个月前

You see this and you still think the world was borne out of chaos 😂

deep 的头像
deep11 个月前

Photographing the Sun at the same time every day for a year produces the classic analemma, a figure-8 curve in the sky. 1. Earth’s axial tilt (obliquity) – 23.44° This causes the Sun to appear higher in the sky in summer and lower in winter. This effect alone would make the Sun trace a simple north–south line over the year. 2. Earth’s elliptical orbit Earth moves faster when closer to the Sun (around January) and slower when farther away (around July). Combined with the fact that our clocks run at a constant rate, this makes the Sun appear up to ~16 minutes “fast” or “slow” compared with mean solar time. This creates the east–west wobble.

Brad Yalo 𝕏 的头像
Brad Yalo 𝕏11 个月前

pancake earthers are gonna say this is AI.

Colin Best 的头像
Colin Best11 个月前

Analemma

正多面体クラブ 的头像
正多面体クラブ11 个月前

What's this phenomenon called?🔍 #Analemma👉Wikipedia

𝔸𝕝𝕚 𝕊𝕙𝕒𝕙𝕓𝕒𝕫 ℂ𝕙𝕒𝕦𝕕𝕙𝕣𝕪 的头像
𝔸𝕝𝕚 𝕊𝕙𝕒𝕙𝕓𝕒𝕫 ℂ𝕙𝕒𝕦𝕕𝕙𝕣𝕪11 个月前

🔥♥️

Ed Gallagher 的头像
Ed Gallagher11 个月前

I’m just wondering where this was done at. Not many cloudy days, wherever it is!!

Dinky_Winkler 的头像
Dinky_Winkler11 个月前

That’s crazy! I always thought the earth was moving but this proves it’s actually the sun. Wow

KOTOR 的头像
KOTOR11 个月前

Ooohh now do it with the time changes

Esben 的头像
Esben11 个月前

@grok why isn’t the Sun on the same spot on March 21st and September 21st?

icostco 的头像
icostco11 个月前

Credit the original maker, Professor Robert Quimby!

Arumugam Murugesan 🇮🇳 的头像
Arumugam Murugesan 🇮🇳11 个月前

The Sun shows up at the same time daily… wish some people were this consistent

Joe 的头像
Joe11 个月前

If this is in USA, how do you deal with daylight savings?

Karl Spasic 的头像
Karl Spasic11 个月前

So that’s what all those coordinates and astronomical tracking that’s been going on for well over 1000 years. Looks like in a time lapse video? Just really aren’t adequate words are there?

Void2Matter 的头像
Void2Matter11 个月前

Time progressing as we experience it. Unless you experience it differently than I do?

MRguru_01 的头像
MRguru_0111 个月前

Kek mana teori bumi datar menjelaskan ini

Granville Alexia 的头像
Granville Alexia11 个月前

It’s called a lemniscate

Hindu Kingdom 的头像
Hindu Kingdom11 个月前

When you commit to a glow-up challenge harder than my New Year’s resolutions ☀️😂

Manoj Singh 的头像
Manoj Singh11 个月前

That’s an infinity loop ♾️

Worried Citizen ☀️🌾🚜 的头像
Worried Citizen ☀️🌾🚜11 个月前

I love this ∞︎︎

MarcusW15 的头像
MarcusW1511 个月前

So cool

Shanmuka Sai Kiran 的头像
Shanmuka Sai Kiran11 个月前

Interesting

Sheiha Eshaq-Henry 的头像
Sheiha Eshaq-Henry11 个月前

Is this why the "infinity" sign is a figure eight? So cool!

اللوير ... 的头像
اللوير ...11 个月前

This proves that the Earth's rotation around the sun is in a wave-like path.

Ricardo Gonzalez Souza 的头像
Ricardo Gonzalez Souza11 个月前

@grok explique o movimento

Enrique O. 的头像
Enrique O.11 个月前

En Ecuador es un recta…

Joe Felion 的头像
Joe Felion11 个月前

Anna Lemma would like a word.

N 的头像
N11 个月前

Please tell me, how the sun never goes below the horizon during the entire year in one please in Earth?

nishant_ 的头像
nishant_11 个月前

Yeah and my electric bill still doubled.

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