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THERE’S NO SUCH THING AS ZERO GRAVITY Astronauts aren’t floating because there’s no gravity. They’re floating because they’re falling... with style. The International Space Station experiences about 90% of Earth’s gravity, but it’s moving so fast, it’s constantly missing the ground. At 17,500 mph, it’s like a cannonball fired...

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Mario Nawfal

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32,261 Aufrufe • vor 1 Jahr •via X (Twitter)

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🇺🇸EPSTEIN: GRAVITY IS JUST A NAME WE GAVE THE MYSTERY “Everybody says, well, why did the ball fall to the ground? Because gravity took it, but what’s gravity? As Feynman would say, that’s the name of the thing. We have no idea what it is.” Source: Red Panda Koala
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🇺🇸EPSTEIN: GRAVITY IS JUST A NAME WE GAVE THE MYSTERY “Everybody says, well, why did the ball fall to the ground? Because gravity took it, but what’s gravity? As Feynman would say, that’s the name of the thing. We have no idea what it is.” Source: Red Panda Koala

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ISS or a 1980s hairspray commercial? 🤡 These so-called “astronauts” claim to be floating in zero gravity, yet their hair stands stiff as a board. Where’s the natural movement? Why doesn’t it flow freely? It’s almost like… they’re not really in space at all. Wake up! NASA’s been running this scam for decades.
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ISS or a 1980s hairspray commercial? 🤡 These so-called “astronauts” claim to be floating in zero gravity, yet their hair stands stiff as a board. Where’s the natural movement? Why doesn’t it flow freely? It’s almost like… they’re not really in space at all. Wake up! NASA’s been running this scam for decades.

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Believe it or not- Everything you see in this frame is falling. 😅 When I first reached the International Space Station, I had this strange hesitation: if I let go of something, won’t it just fall? On Earth, that’s exactly what happens. In space, though, my early instinct was to politely hand over items to crew-mates (one of them is quietly smirking in the background at my dismal lens changing skills 😅) instead of just releasing them. The funny part? They were just as cautious at first—so we ended up passing things around like an overly careful game of “hot potato.” Here’s the catch: nothing actually falls away in orbit. As you see in this video if I let go of the lens, it doesn’t drop—it hovers. Why? Because both the lens and I are falling at the same speed around Earth. No relative falling = no “down.” This idea goes all the way back to Isaac Newton’s legendary thought experiment: imagine standing on a tall mountain and throwing a ball. Toss it gently—it arcs down nearby. Throw harder—it travels farther before dropping. Throw it so fast that as it falls, Earth’s surface curves away beneath it? The rate of drop matches the curvature of the Earth. Congratulations—you’ve just put that ball in orbit. It’s falling forever, but it never hits the ground. That’s what orbit really is: perpetual free fall. Astronauts don’t feel weightless because gravity has disappeared—gravity up here is still about 90% as strong as at Earth’s surface. We feel weightless because we and everything around us are constantly falling together. Floating in space is really just falling—forever. 🌍✨ #shux #iss #space #shubhanshushukla #isro #axiom4 #newton #tiborkapu
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Believe it or not- Everything you see in this frame is falling. 😅 When I first reached the International Space Station, I had this strange hesitation: if I let go of something, won’t it just fall? On Earth, that’s exactly what happens. In space, though, my early instinct was to politely hand over items to crew-mates (one of them is quietly smirking in the background at my dismal lens changing skills 😅) instead of just releasing them. The funny part? They were just as cautious at first—so we ended up passing things around like an overly careful game of “hot potato.” Here’s the catch: nothing actually falls away in orbit. As you see in this video if I let go of the lens, it doesn’t drop—it hovers. Why? Because both the lens and I are falling at the same speed around Earth. No relative falling = no “down.” This idea goes all the way back to Isaac Newton’s legendary thought experiment: imagine standing on a tall mountain and throwing a ball. Toss it gently—it arcs down nearby. Throw harder—it travels farther before dropping. Throw it so fast that as it falls, Earth’s surface curves away beneath it? The rate of drop matches the curvature of the Earth. Congratulations—you’ve just put that ball in orbit. It’s falling forever, but it never hits the ground. That’s what orbit really is: perpetual free fall. Astronauts don’t feel weightless because gravity has disappeared—gravity up here is still about 90% as strong as at Earth’s surface. We feel weightless because we and everything around us are constantly falling together. Floating in space is really just falling—forever. 🌍✨ #shux #iss #space #shubhanshushukla #isro #axiom4 #newton #tiborkapu

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🛰️ Why Satellites Never Fall Back to Earth 🤯 If you throw a stone straight up, it comes back down. But what if you throw it sideways, and you throw it fast enough? Something strange happens. The object starts falling toward Earth… but it never actually hits it. That’s because Earth is round. As the object moves forward, the ground curves away beneath it. So it keeps falling, missing the planet again and again. This endless fall is what we call an orbit. No magic. No invisible strings. Just speed, gravity, and a perfect balance. Every satellite above your head is in a constant fall — forever chasing the ground, but never reaching it. Once you see it this way, space suddenly feels a lot less distant… and a lot more mysterious. 🌍
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🛰️ Why Satellites Never Fall Back to Earth 🤯 If you throw a stone straight up, it comes back down. But what if you throw it sideways, and you throw it fast enough? Something strange happens. The object starts falling toward Earth… but it never actually hits it. That’s because Earth is round. As the object moves forward, the ground curves away beneath it. So it keeps falling, missing the planet again and again. This endless fall is what we call an orbit. No magic. No invisible strings. Just speed, gravity, and a perfect balance. Every satellite above your head is in a constant fall — forever chasing the ground, but never reaching it. Once you see it this way, space suddenly feels a lot less distant… and a lot more mysterious. 🌍

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The Moon is massive enough that its gravity should shape it into a perfect sphere—but it’s not. Why? It has two distinct moments of inertia, meaning it's not evenly balanced. That tells us something strange: the Moon isn’t just spinning—it's locked in a 1:1 spin-orbit resonance with Earth. That’s why we only ever see one face. If it were perfectly symmetrical, Earth’s gravity wouldn’t have such a grip on it. So what stopped the Moon from smoothing out? This isn’t just a cosmic curiosity—it’s a clue.

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“As a culture, there is so little interest taken in what pleases women… Clearly there’s an audience for this. There’s something counterintuitive about it but it’s only counterintuitive because of the general lack of interest we take culturally in anything that women like.”

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