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Bryce Mitchell discovers "100% Flat Earth Proof" 😭 "The sun is directly behind me. The moon is totally visible too. See how it has a line drawn through it? A flat line. So if the whole moon is visible, and the whole sun is visible, then why is the...

292,987 views • 16 hours ago •via X (Twitter)

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[Heo Seongbeom Youtube] 260305 Jin - Moon 🌕🌏 (part1) 👨‍🏫It’s a solo song by Jin, and BTS are also preparing for a comeback in March. I’m really looking forward to it. I’m the moon, and you are the Earth. So it becomes a kind of love triangle. Earlier the sea loved the moon, but who does the moon love? The moon loves the Earth. That idea is reflected in this song, so let’s try interpreting it. Since when have the moon and the Earth been together like this? We’ve been together for so long, but when did it start? About 4.51 to 4.53 billion years ago. Scientists figured this out through radioactive isotope analysis, which showed that the Moon is about 4.51 to 4.53 billion years old. “Shining just by existing.” This line is directed at the Earth. But does the Earth actually shine just by existing? No. Because the Earth is a planet and does not produce its own light. If the Earth appears to shine, it’s probably because of artificial lights made by humans. “Can I stay by your side and protect you?” It sounds shy, but in reality the moon can’t help staying there, because it’s bound by gravity. And here we see the main line of the song. “You are my Earth, and to you I’m just a moon. Your small star that lights up your heart.” It’s poetic, but is the moon actually a star? No. Celestial bodies are generally divided into two categories. First, there are stars (stellar bodies). These produce their own light. Second, there are planets. Planets do not produce their own light. Instead, planets usually orbit around a star. The Earth is a planet. From our perspective, the star in our system is the Sun. So when you look at the night sky and see stars, those lights are actually other suns, each producing their own light. But sometimes when you see a particularly bright “star,” it may actually be a planet like Mercury, Venus, Mars, or Jupiter. Then you might ask: if planets don’t produce their own light, why do they shine? Because they reflect sunlight. The Moon also appears bright because it reflects the Sun’s light. #JIN #방탄소년단진 방탄소년단

star_jin

19,019 views • 5 months ago

Hey, Flat Earthers - I have a challenge for you. Late tonight and into early tomorrow morning, we’re going to have a lunar eclipse. Here in the Eastern time zone: • Partial eclipse begins: 10:33 PM EDT • Maximum eclipse: 12:12 AM EDT • Partial eclipse ends: 1:51 AM EDT At maximum, about 96% of the Moon will be inside Earth’s dark shadow. Under the conventional model, this one’s pretty simple: the Earth passes between the Sun and the Moon, and Earth’s shadow sweeps across the Moon. Millions of people across North and South America and parts of Europe and Africa will be able to watch it happen. But you say the Earth is flat. So explain it. And I’ve made this ridiculously easy for you. I built a little interactive model you can play with. You have a Sun. You have a Moon. You have your flat Earth. Move them anywhere you want. Change the size of the Sun and Moon together. Move either one wherever you like. Raise them. Lower them. Move them closer or farther away. Hell, I’ll even let you tilt the flat Earth disc, rotate it, turn it sideways or flip the entire thing over. I’m giving you essentially complete freedom to arrange your flat-Earth system however you think it needs to be arranged. Your challenge is simple: Reproduce what we’re about to observe. Put the Sun, Moon and flat Earth wherever you want and show us how that arrangement produces the Earth’s shadow moving across the Moon the way millions of people will actually see it tonight. No equations required. No appeals to NASA. No CGI excuses. No arguing about photographs. Just geometry. Here’s the model. Show us what you’ve got.

Alex Boge

17,320 views • 8 days ago