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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... show more

Mario Nawfal

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32,261 views • 1 year ago •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

🇺🇸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

Mario Nawfal

303,751 views • 6 months ago

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.

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.

Flat Earth Zone

18,926 views • 1 year ago

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

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

Shubhanshu Shukla

484,306 views • 10 months ago

🛰️ 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. 🌍

🛰️ 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. 🌍

Night Sky Now

29,133 views • 6 months ago

♦️Nick Fuentes talks about the Iran deal falling apart!🫣🇮🇷🇮🇱 “They’re calling it a Memorandum Of Understanding but it couldn’t be a bigger misnomer because there’s no understanding!”

♦️Nick Fuentes talks about the Iran deal falling apart!🫣🇮🇷🇮🇱 “They’re calling it a Memorandum Of Understanding but it couldn’t be a bigger misnomer because there’s no understanding!”

Myron Gaines Updates

52,212 views • 1 month ago

“It’s hard but it will probably get better one day” Heartbreaking monologue from boy who’s bullied at school. Kids these day have it so rough, there’s no escape because when they’re not at school they have social media which can be even worse.

“It’s hard but it will probably get better one day” Heartbreaking monologue from boy who’s bullied at school. Kids these day have it so rough, there’s no escape because when they’re not at school they have social media which can be even worse.

Concerned Citizen

93,502 views • 1 year ago

“I’m just so glad I am no longer a part of the Left anymore. It is just so exhausting. Everyday there’s something new to be outraged about.” “They’re never happy. It’s so tiring.” Love it!! 🔥👇🏼

“I’m just so glad I am no longer a part of the Left anymore. It is just so exhausting. Everyday there’s something new to be outraged about.” “They’re never happy. It’s so tiring.” Love it!! 🔥👇🏼

TONY™

52,118 views • 9 months ago

This was a message from Memorial Day but it’s just as important every other day as it was on that day. Are we a perfect nation no, but not because the idea behind it is flawed. It is not. It’s because we as human beings will always fall short of the glory of God.

This was a message from Memorial Day but it’s just as important every other day as it was on that day. Are we a perfect nation no, but not because the idea behind it is flawed. It is not. It’s because we as human beings will always fall short of the glory of God.

Insurrection Barbie

25,295 views • 27 days ago

Bryson DeChambeau on why downhill putts are easier to make than uphill: “There’s a factor of geometry. So, if you have a straight uphill putt and you push it or pull it a little bit, it’s always falling away from the hole. So let’s say if it’s a dead straight putt and you hit it right edge, it’s gonna fall right, it’s falling away from the hole. But if it’s perfectly downhill, and you hit it at the right edge, it’s wanting to fall into the hole because it’s wanting to go down the straight putt. So, you gotta be super precise on an uphill putt. It’s one of the most difficult putts in the world.” I’ve always found uphill putts easier but maybe that’s just a state of mind? Thoughts? @b_dechambeau Crushers GC

Bryson DeChambeau on why downhill putts are easier to make than uphill: “There’s a factor of geometry. So, if you have a straight uphill putt and you push it or pull it a little bit, it’s always falling away from the hole. So let’s say if it’s a dead straight putt and you hit it right edge, it’s gonna fall right, it’s falling away from the hole. But if it’s perfectly downhill, and you hit it at the right edge, it’s wanting to fall into the hole because it’s wanting to go down the straight putt. So, you gotta be super precise on an uphill putt. It’s one of the most difficult putts in the world.” I’ve always found uphill putts easier but maybe that’s just a state of mind? Thoughts? @b_dechambeau Crushers GC

Flushing It

1,433,236 views • 2 years ago

Bob Lazar just dropped a bombshell. He revealed that he replicated the anomalous force which powered the UFO he worked on at Area 51 in his own experiments. “There’s another force—and it’s not gravity.” “There’s gigantic chunks that are missing from physics … ” Watch this incredible exchange he just had with Jesse Michels: Michels: “If you look at dark energy … it’s not one of the four fundamental forces, but it’s just the universe is inflating—” Lazar: “I’m not sure dark energy really exists.” Michels: “And dark matter.” Lazar: “I’m not really buying either one of them.” “It’s a placeholder.” Michels: “As early as the 50s, there’s all this crazy hardcore anti-gravity research.” “And then it kind of disappears.” “The two things that come up for gravity where there’s a lot of smoke, but no fire, is … extremely high electric field differentials creating thrust.” “The second thing is very fast rotating, spinning, superconductors.” Lazar: “But is that actually gravity?” Michels: “So there’s another force.” Lazar: “30 years has gone by, and I’ve been doing my own research.” “And I’m just more convinced that I am right … that there’s another force, and it’s not gravity.” Michels: “What does it look like?” Lazar: “It’s a repelling force.” “I think gravity is just an attractive force.” “I think this other force, you can, to simplify it, push or pull.” “And I think it also affects the flow of time, exactly like gravity does.” “I think it affects light.” Michels: “Have you ever measured this force?” Lazar: “Next question.” “Alright … yeah.” Michels: “You have?” Lazar: “Yeah.” Michels: “Is there anything high level that you can say as far as the goal of your research post-[Area 51]?” Lazar: “To duplicate anything.” Michels: “You think you can?” Lazar: “I’m 100% confident.” Michels: “Have you already gotten some interesting results?” Lazar: “Yeah, that’s why I’m 100% confident.” Jesse Michels American Alchemy

Bob Lazar just dropped a bombshell. He revealed that he replicated the anomalous force which powered the UFO he worked on at Area 51 in his own experiments. “There’s another force—and it’s not gravity.” “There’s gigantic chunks that are missing from physics … ” Watch this incredible exchange he just had with Jesse Michels: Michels: “If you look at dark energy … it’s not one of the four fundamental forces, but it’s just the universe is inflating—” Lazar: “I’m not sure dark energy really exists.” Michels: “And dark matter.” Lazar: “I’m not really buying either one of them.” “It’s a placeholder.” Michels: “As early as the 50s, there’s all this crazy hardcore anti-gravity research.” “And then it kind of disappears.” “The two things that come up for gravity where there’s a lot of smoke, but no fire, is … extremely high electric field differentials creating thrust.” “The second thing is very fast rotating, spinning, superconductors.” Lazar: “But is that actually gravity?” Michels: “So there’s another force.” Lazar: “30 years has gone by, and I’ve been doing my own research.” “And I’m just more convinced that I am right … that there’s another force, and it’s not gravity.” Michels: “What does it look like?” Lazar: “It’s a repelling force.” “I think gravity is just an attractive force.” “I think this other force, you can, to simplify it, push or pull.” “And I think it also affects the flow of time, exactly like gravity does.” “I think it affects light.” Michels: “Have you ever measured this force?” Lazar: “Next question.” “Alright … yeah.” Michels: “You have?” Lazar: “Yeah.” Michels: “Is there anything high level that you can say as far as the goal of your research post-[Area 51]?” Lazar: “To duplicate anything.” Michels: “You think you can?” Lazar: “I’m 100% confident.” Michels: “Have you already gotten some interesting results?” Lazar: “Yeah, that’s why I’m 100% confident.” Jesse Michels American Alchemy

Holden Culotta

259,382 views • 3 months ago

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.

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.

Randall Carlson

251,224 views • 1 year ago

🚨ELON: “GETTING TO ORBIT IS 20X HARDER THAN YOU THINK” Elon laid out why getting into orbit is one of the hardest things humans do, and why most people (even smart ones) have no clue how brutally precise it has to be. Here’s the brutal truth: It’s not about going “up”, it’s about going sideways at 17,500 mph so you can fall around the Earth fast enough that you never hit it. Screw up the angle or speed by even a little? You burn up, fall out, or end up in deep space junkyard territory. The visuals on Joe Rogan’s YouTube episode show it all: Earth’s atmosphere is a paper-thin shell, and orbit is a razor-thin path you have to nail perfectly, every single time. And yet somehow, SpaceX is now doing this weekly like it’s just another Tuesday. It’s not magic, it’s physics, pain, and Elon’s obsession with blowing up rockets until they don’t. “We live on a planet where gravity is quite high, and if the gravity was even higher we’d be stuck on Earth forever. We certainly couldn’t use conventional rockets, you’d have to like, blow yourself off the surface with a nuclear bomb or something crazy. If gravity was lower, then getting to orbit would be easy. If this was a video game, it’s set to maximum difficulty, but not impossible.” Source: Podcast Visuals via YouTube, SpaceX, Elon Musk

🚨ELON: “GETTING TO ORBIT IS 20X HARDER THAN YOU THINK” Elon laid out why getting into orbit is one of the hardest things humans do, and why most people (even smart ones) have no clue how brutally precise it has to be. Here’s the brutal truth: It’s not about going “up”, it’s about going sideways at 17,500 mph so you can fall around the Earth fast enough that you never hit it. Screw up the angle or speed by even a little? You burn up, fall out, or end up in deep space junkyard territory. The visuals on Joe Rogan’s YouTube episode show it all: Earth’s atmosphere is a paper-thin shell, and orbit is a razor-thin path you have to nail perfectly, every single time. And yet somehow, SpaceX is now doing this weekly like it’s just another Tuesday. It’s not magic, it’s physics, pain, and Elon’s obsession with blowing up rockets until they don’t. “We live on a planet where gravity is quite high, and if the gravity was even higher we’d be stuck on Earth forever. We certainly couldn’t use conventional rockets, you’d have to like, blow yourself off the surface with a nuclear bomb or something crazy. If gravity was lower, then getting to orbit would be easy. If this was a video game, it’s set to maximum difficulty, but not impossible.” Source: Podcast Visuals via YouTube, SpaceX, Elon Musk

Mario Nawfal

85,964 views • 7 months ago

🇺🇸NASA ASTRONAUT INVENTS CUP THAT LETS YOU SIP COFFEE - EVEN IN ZERO GRAVITY In space, liquids float - and until recently, astronauts drank coffee from plastic bags with straws. Not ideal. So astronaut Don Pettit used physics to fix it. He designed a special cup that uses surface tension and capillary flow to guide the liquid along the cup’s edges and into the drinker’s mouth - no gravity, no straw, no spills. It’s 3D-printable, works with any liquid, and proves that fluid dynamics can make space coffee feel just a bit more human. Source: ABC

🇺🇸NASA ASTRONAUT INVENTS CUP THAT LETS YOU SIP COFFEE - EVEN IN ZERO GRAVITY In space, liquids float - and until recently, astronauts drank coffee from plastic bags with straws. Not ideal. So astronaut Don Pettit used physics to fix it. He designed a special cup that uses surface tension and capillary flow to guide the liquid along the cup’s edges and into the drinker’s mouth - no gravity, no straw, no spills. It’s 3D-printable, works with any liquid, and proves that fluid dynamics can make space coffee feel just a bit more human. Source: ABC

Mario Nawfal

65,497 views • 1 year ago

🚨🇺🇸ELON: THE EPSTEIN FILES ARE UPLOADED SOMEWHERE "There’s going to be some kind of computer system, that they’re like, some of them are very, very old computer systems. So it might look like a bit of a relic, but I assume it’s uploaded somewhere. It’s either in physical form or it’s a computer thing, but unless somebody, let’s say it’s in a computer, but not one that you can access directly because it’s hidden somewhere.” Source: The Joe Rogan Experience, February 28, 2025

🚨🇺🇸ELON: THE EPSTEIN FILES ARE UPLOADED SOMEWHERE "There’s going to be some kind of computer system, that they’re like, some of them are very, very old computer systems. So it might look like a bit of a relic, but I assume it’s uploaded somewhere. It’s either in physical form or it’s a computer thing, but unless somebody, let’s say it’s in a computer, but not one that you can access directly because it’s hidden somewhere.” Source: The Joe Rogan Experience, February 28, 2025

Mario Nawfal

3,651,370 views • 1 year ago

🚨A THIRD INTERSTELLAR OBJECT IS HERE, BUT HERE’S THE THING… THIS ONE’S ACTING STRANGE It’s coming in hot from the galactic center on a path that barely makes sense, aligned with Earth’s orbit, skimming past Jupiter, Mars, and Venus. Scientists say odds of this trajectory happening by chance are less than one in 20,000. Some call it a comet. Others aren’t so sure. If it glows wrong, moves wrong, or dodges gravity, it’s not natural. We can’t launch anything fast enough to catch it, but we might be able to redirect Juno to intercept. Source: News Nation

🚨A THIRD INTERSTELLAR OBJECT IS HERE, BUT HERE’S THE THING… THIS ONE’S ACTING STRANGE It’s coming in hot from the galactic center on a path that barely makes sense, aligned with Earth’s orbit, skimming past Jupiter, Mars, and Venus. Scientists say odds of this trajectory happening by chance are less than one in 20,000. Some call it a comet. Others aren’t so sure. If it glows wrong, moves wrong, or dodges gravity, it’s not natural. We can’t launch anything fast enough to catch it, but we might be able to redirect Juno to intercept. Source: News Nation

Mario Nawfal

154,767 views • 1 year ago

“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.”

“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.”

sarah 🏒

344,892 views • 8 months ago

During the Apollo 15 mission, astronaut David Scott dropped a hammer and a feather at the same time and they hit the ground together On Earth the feather would fall slowly because of air drag, but on the Moon, with nothing to slow it down, both objects fall purely under gravity and land simultaneously The Moon has almost no atmosphere, which means there’s essentially no air resistance Galileo theorized this in the 1600s Apollo 15 proved it on live TV

During the Apollo 15 mission, astronaut David Scott dropped a hammer and a feather at the same time and they hit the ground together On Earth the feather would fall slowly because of air drag, but on the Moon, with nothing to slow it down, both objects fall purely under gravity and land simultaneously The Moon has almost no atmosphere, which means there’s essentially no air resistance Galileo theorized this in the 1600s Apollo 15 proved it on live TV

X Freeze

96,213 views • 5 months ago