The Universe Is a Mistake _ And Physics Can_t Explain Why It Exists

Welcome to the Science for Sleep channel, where we explore the wonders of the universe in a calm and relaxing way. Tonight, look up at the moon, that familiar circle, always there, always the same distance away, comfortable, safe. Now remove it, and put Jupiter there instead. Same distance, same spot in the sky. except Jupiter is 1,300 times the size of Earth.

Its magnetic field is 20,000 times stronger than ours, and its gravity from that distance would end everything on this planet within 12 hours. Tonight we run that simulation, real physics, real numbers, real timeline. We are going to show you exactly what happens to the oceans, the crust, the atmosphere, and every living thing on Earth, minute by minute, if Jupiter replaced the Moon right now. And then we are going to tell you why Jupiter is actually the reason you are alive. Why its size and gravity, from exactly where it sits tonight, is one of the reasons life survived long enough on this planet to produce you. Distance is everything. Let's prove it. Drop a comment right now, Where in the world are you watching from and what

time is it? We want to know who is up right now on this planet that somehow survived long enough for you to be on it.

Look up.

The moon is there tonight, as it has been every night of your life. Familiar. Constant. A pale disk hanging in the dark, close enough to see with the naked eye, close enough that its craters have names. Close enough that 12 human beings have stood on its surface and looked back at the pale blue dot we call home. The moon sits at an average distance of 384,000 kilometres from Earth.

It has a diameter of 3,474 kilometres. In the night sky, it spans about half a degree of arc, roughly the width of your thumbnail held at arm's length. You know this object. Your body knows it. It has been pulling at your oceans and illuminating your nights for as long as your species has existed. Now remove it. And in its place, at that exact same distance of 384,000 kilometers, put Jupiter. Jupiter has a diameter of 139,820 kilometers. That is 40 times the diameter of the moon, not 40% larger, not twice as large, 40 times. If you drew a circle representing the moon, you would need to draw Jupiter's circle 40 times wider to represent Jupiter at the same scale.

In the night sky, an object's apparent size scales directly with its actual size when held at the same distance, which means Jupiter, sitting where the moon sits tonight, would appear 40 times larger across the sky than the moon does now. Your thumbnail held at arm's length covers the moon. To cover Jupiter at the same distance, you would need something roughly the size of your fist. Jupiter would not look like a planet. It would not look like a moon.

It would dominate the sky the way nothing in human experience has ever dominated anything. A vast, banded, swirling wall of gas cream and amber and rust, with the permanent eye of the great red spot staring down. A storm larger than the entire Earth, visible to the naked eye from the surface below. The night sky as a concept would cease to exist. There would be no dark expanse dotted with stars. There would be Jupiter, and everything else would be peripheral. the light would change first. Jupiter reflects sunlight differently than the Moon. The Moon's surface is dark rock.

It reflects only about 12% of the light that hits it. Jupiter's cloud tops are bright and reflective, bouncing back roughly 52% of incoming sunlight. At 40 times the apparent size, Jupiter would be roughly 300 times brighter than the full Moon.

Night?

As you understand it, would effectively end. The landscape below would be bathed in a shifting, amber-tinted light, bright enough to read by, bright enough to cast shadows, bright enough that your eyes would never fully dark adapt. The stars that have guided every sailor, every navigator, every human being who ever looked up in wonder would be washed out by the permanent glow of a planet the size of the horizon. The colour of the light would shift too.

Jupiter's reflected light carries a different spectral signature than moonlight, warmer, more amber, tinted by the complex chemistry of its upper atmosphere. Sunsets and sunrises would be different. The colour of shadows would be different. The world would look in some indefinable way, wrong. And that would be the last peaceful moment. Because while you were adjusting to the new sky, while you were standing outside watching the impossible spectacle of a gas giant rising over the horizon like a wall rather than a disk, the physics would already be at work. Jupiter's mass is 318 times the mass of Earth. The moon's mass is about 1.2% of Earth's mass. The gravitational force between two objects scales with mass, which means the gravitational pull Jupiter

would be exerting on the Earth from the Moon's distance would be roughly 26,000 times stronger than the pull the Moon currently exerts. The oceans would feel it first. They always do. The moment Jupiter settles into the Moon's orbit, every ocean on Earth knows it. You would not feel it immediately. You would not hear it, but beneath your feet, beneath the ocean floors, beneath the tectonic plates that have been drifting slowly for billions of years, something would shift.

Quietly at first. And then, not quietly at all. Let's talk about tides. The moon, from its current distance of 384,000 kilometres, already pulls Earth's oceans into a measurable bulge. High tide and low tide, the rhythm that has governed coastlines, marine life and human civilization for as long as both have existed, is the moon doing this. The moon's gravitational pull at that distance produces tidal forces that raise sea levels by roughly a meter in open ocean. Noticeable, significant, completely manageable, Jupiter is not the moon, Jupiter is 318 times more massive than Earth. It contains more mass than every other planet in the solar system combined. And gravitational tidal force does not scale gently with mass, it scales brutally. At

the moon's distance, Jupiter's tidal pull on Earth's oceans would be approximately 4,000 times stronger than what the moon currently produces. Not four times, not 40 times. 4,000 times. The oceans would not rise. They would move. Walls of water hundreds of meters high surging across coastlines in both directions simultaneously toward Jupiter and away from it. As the planet's gravity stretched Earth's entire liquid surface into an elongated bulge, every coast on Earth submerged within minutes. Every port, every delta, Every low-lying city gone before anyone had time to process what was happening. The Amazon Basin, the Mississippi Delta, the entirety of Bangladesh, the Netherlands, Florida underwater. Not from a wave.

From the ocean simply relocating. But the water would be the least of it. The same gravitational force pulling the oceans would be pulling the rock. Earth's crust. The thin, brittle shell of solid rock floating on a mantle of semi-molten material would begin to flex. Not metaphorically, physically. The tidal forces would stretch and compress the crust the way you might flex a piece of stiff rubber, except the rubber is 30 kilometres thick and has been rigid for 4 billion years. It was not built to flex. It would crack. The tectonic consequences would be immediate and global.

Every fault line on Earth, the San Andreas, the Ring of Fire, the East African Rift, every subduction zone on every ocean floor would rupture simultaneously. Not triggered sequentially by cascading stress, the way normal earthquakes propagate. Triggered all at once. by a gravitational force pulling the entire crust in two directions at the same time. Earthquakes measuring 10, 11, Twelve on the Richter scale magnitudes that have no historical precedent erupting across every continent and every ocean floor within the first hour. And beneath the crust, the mantle would respond.

The sudden flexing of the crust would open pathways for magma that has been building pressure for millennia. Every dormant volcano on Earth would activate, not gradually, not over decades. Within hours, the volcanic activity on Earth's surface would increase by orders of magnitude ash columns rising into the stratosphere, lava flows rewriting coastlines that the tidal waves had not already claimed, sulfur dioxide and carbon dioxide pouring into an atmosphere already struggling to hold itself together. The ground itself would become the enemy. And Jupiter would not even have noticed you were there, Let's make this concrete. Let's put a clock on it. Minute one. Jupiter appears in the sky.

The oceans respond instantly. Tidal forces begin pulling water toward the horizon. Coastal flooding starts on every Jupiter-facing coastline simultaneously. The ground trembles as the crust begins to flex under gravitational stress. It was never designed to handle. Most people are still looking up. Minute 30. Tidal waves hundreds of metres high are moving inland on every continent. The first major earthquakes magnitude 10 and above begin rupturing fault lines across the Ring of Fire, the Mid-Atlantic Ridge, the Himalayan Plate Boundary. Volcanic vents that have been dormant for centuries are opening. The sky on the Jupiter-facing side of Earth is already beginning to glow with auroral light as the

magnetosphere destabilises. Hour 1. Power grids are failing globally as the radiation bombardment destroys electronics at scale. Communication satellites are gone. The internet is gone. Every coastal city on Earth is underwater or actively flooding. The atmosphere on the Jupiter-facing side is visibly distorting as tidal forces begin pulling air upward.

Hour 3. Global volcanic activity is increased by a factor that has no historical comparison. The stratosphere is filling with ash and sulfur dioxide. Sunlight is beginning to dim. Surface temperatures are swinging wildly as the atmosphere destabilizes. Radiation levels on the surface are lethal for any unprotected living organism.

Hour 6. The crust has fractured across multiple continents. Magma is surfacing through thousands of new vents. The oceans are unrecognizable churning, superheated in places, displaced entirely in others. Hour 12. Earth is no longer the planet you were born on. The question of what kills you first has a clear answer by now. Not the radiation. Not the volcanic ash.

Not the tidal waves. The atmosphere itself, stripped and destabilized and poisoned, has already made the surface incompatible with the biology that evolved here over four billion years. Jupiter did not attack Earth. It simply existed. At the wrong distance. Here is the part nobody talks about when they talk about Jupiter. Everything we have described tonight, the tidal devastation, the radiation death, the orbital catastrophe, the one, two, hour collapse of everything is what Jupiter does at the wrong distance.

But Jupiter is not at the wrong distance. Jupiter is at exactly the right distance. And at that distance, it is not a threat. It is the reason you are alive. Jupiter is the solar system's shield. Its gravitational field, the same monstrous force that would tear Earth apart from the moon's distance, acts from 588 million kilometers away as a catcher, a deflector, a gravitational vacuum that intercepts asteroids and comets that would otherwise be on collision courses with the inner solar system. The asteroid belt between Mars and Jupiter exists in the shape it does because Jupiter's gravity has been sculpting it for four and a half billion years, pulling objects in, flinging others out, clearing paths, maintaining a chaotic

buffer zone that protects the inner planets from the worst of what the early solar system produced. Scientists estimate that without Jupiter, Earth would be struck by large asteroids somewhere between 1,000 and 10,000 times more frequently than it currently is. The Chicxulub impact that ended the dinosaurs 66 million years ago was a once in hundreds of millions of years event with Jupiter present. Without Jupiter, events of that magnitude would be routine. Life on Earth did not just survive because of liquid water, or the right atmosphere, or the right distance from the Sunday. It survived because a gas giant 318 times our mass was sitting in exactly the right place, at exactly the right distance, doing exactly what

its gravity was always going to do. Tonight, before you fall asleep, look up. Jupiter is out there, silent, invisible to most eyes, doing its work. The most important neighbor you never think about. Close enough to protect. Far enough to let you breathe. Distance, it turns out, is everything. While the oceans are surging and the crust is cracking, and the volcanoes are rewriting the surface of the planet, something else is happening. Something you cannot see, cannot hear, and cannot feel until it is already killing you. Jupiter has a magnetic field. That sentence does not convey what it actually means, so let's be more precise. Jupiter has the most powerful magnetic field of any planet in the

solar system. It is approximately 20,000 times stronger than Earth's magnetic field. It extends outward from Jupiter in every direction for an almost incomprehensible distance. Its outer boundary, the magnetopause, sits roughly 2 million kilometers from the planet's surface in the direction facing the Sunday. If Jupiter's magnetic field were visible to the naked eye, it would appear larger than the Sun in our sky. It is not a feature of Jupiter. It is a structure. A vast, invisible, lethal architecture surrounding the planet in every direction. Inside that magnetic field, trapped and accelerated by its immense power, are charged particles, electrons and protons moving at a significant fraction of the

speed of light. Jupiter's radiation belts make Earth's Van Allen belts look trivial by comparison. The radiation environment around Jupiter is so extreme that the spacecraft we have sent to study it designed and hardened specifically to survive accumulate dangerous radiation doses within hours of close approach. Europa, one of Jupiter's moons and one of the most promising candidates for extraterrestrial life in the solar system, sits inside this radiation environment and receives a surface radiation dose of approximately 540 millisieverts per day. The lethal dose for a human being is around 4,000 millisieverts total. Europa's surface would kill an unprotected human in about a week. Now put Jupiter where

It is the.

Reason life was able to emerge and survive on this planet. Without it, Earth would look more like Mars, a cold, desiccated, radiation-scoured rock with a thin atmosphere and no surface water. Jupiter's magnetic field, at the moon's distance, would not simply overwhelm Earth's magnetosphere, it would restructure it. The interaction between two magnetic fields of such vastly different strengths would compress Earth's magnetosphere on the Jupiter-facing side and stretch it into a long tail on the opposite side, distorting and destabilizing the very shield that keeps us alive. Within hours, the magnetosphere would be so compromised that Jupiter's radiation belts would begin reaching Earth's upper atmosphere directly. The Van Allen Belt's

Earth's own trapped radiation would be energised and destabilised by Jupiter's field, raining charged particles down into the atmosphere at rates never seen in Earth's history. The aurora borealis would be the last beautiful thing. Across the entire planet simultaneously, the skies would light up with curtains of colour as charged particles cascaded into the atmosphere. on a global scale not confined to the polar regions as they normally are, but visible from every latitude, every continent, every ocean, magnificent, unprecedented, and deeply, lethally wrong. The radiation reaching the surface would climb rapidly. Electronics would fail first satellites, power grids, communication systems, anything with a semiconductor exposed to the particle bombardment. Then

the biology. DNA damage accumulating in every living cell exposed to the open sky. Within the first day, radiation sickness would begin in any organism not sheltered by significant mass water, rock, concrete, soil. Within the first week, The surface of Earth would be as hostile to unprotected life as the surface of Europa is today. And the magnetic shield would still be failing.

Everything we have discussed so far, the tidal waves, the earthquakes, the volcanic eruptions, the radiation happens at the surface. It is immediate, visible, catastrophic. But beneath all of it, something quieter exists. and in many ways more final, is already in motion. Jupiter's gravity is not just pulling the oceans and cracking the crust. It is pulling Earth itself, and Earth in response is beginning to move. Orbital mechanics is ruthless.

Every object in the solar system exists in a precise gravitational balance, a negotiation between its own velocity and the gravitational pull of every other object around it. Earth's orbit around the Sun is the result of a balance that has been stable for 4.5 billion years. It is not fragile in normal circumstances. But normal circumstances do not include a 318 Earth mass object sitting where the Moon used to be. Jupiter's gravitational influence at that distance would begin perturbing Earth's orbit immediately. Not dramatically at first, orbital changes accumulate over time, each pass around the Sun adding to the deviation, but the direction of the change would be clear within weeks. Earth's orbit would elongate. The precise circular

path that keeps us at a stable distance from the Sun, close enough for liquid water, far enough to avoid a runaway greenhouse effect would stretch into an ellipse. Parts of the new orbit would bring Earth significantly closer to the Sunday. Others would push it significantly farther away. The climate consequences of that variation alone would be extinction level on their own.

But Earth would not be the only casualty. Jupiter's gravitational reach extends across the entire solar system. Mars, Venus, Mercury, every inner planet would feel the perturbation. The delicate orbital resonances that have kept the solar system stable would unravel in a chain reaction with no end point and no recovery.

The solar system would never be the same again. Look up. The moon is there tonight, as it has been every night of your life. Familiar. Constant. A pale disk hanging in the dark, close enough to see with the naked eye, close enough that its craters have names. Close enough that 12 human beings have stood on its surface and looked back at the pale blue dot we call home. The moon sits at an average distance of 384,000 kilometres from Earth.

It has a diameter of 3,474 kilometres. In the night sky, it spans about half a degree of arc, roughly the width of your thumbnail held at arm's length. You know this object. Your body knows it. It has been pulling at your oceans and illuminating your nights for as long as your species has existed. Now remove it. And in its place, at that exact same distance of 384,000 kilometres, put Jupiter. Jupiter has a diameter of 139,820 kilometres. That is 40 times the diameter of the moon, not 40% larger, not twice as large, 40 times. If you drew a circle representing the moon, you would need to draw Jupiter's circle 40 times wider to represent Jupiter at the same scale.

In the night sky, an object's apparent size scales directly with its actual size when held at the same distance, which means Jupiter sitting where the moon sits tonight, would appear 40 times larger across the sky than the moon does now. Your thumbnail held at arm's length covers the moon. To cover Jupiter at the same distance, you would need something roughly the size of your fist. Jupiter would not look like a planet. It would not look like a moon.

Night?

As you understand it, would effectively end. The landscape below would be bathed in a shifting, amber-tinted light, bright enough to read by, bright enough to cast shadows, bright enough that your eyes would never fully dark-adapt. The stars that have guided every sailor, every navigator, every human being who ever looked up in wonder would be washed out by the permanent glow of a planet the size of the horizon.

The colour of the light would shift too. Jupiter's reflected light carries a different spectral signature than moonlight, warmer, more amber, tinted by the complex chemistry of its upper atmosphere. Sunsets and sunrises would be different. The colour of shadows would be different. The world would look in some indefinable way, wrong.

And that would be the last peaceful moment. Because while you were adjusting to the new sky, while you were standing outside watching the impossible spectacle of a gas giant rising over the horizon like a wall rather than a disk, the physics would already be at work. Jupiter's mass is 318 times the mass of Earth. The moon's mass is about 1.2% of Earth's mass. The gravitational force between two objects scales with mass, which means the gravitational pull Jupiter would be exerting on the Earth from the Moon's distance would be roughly 26,000 times stronger than the pull the Moon currently exerts. The oceans would feel it first. They always do. The moment Jupiter settles into the Moon's orbit, every ocean on Earth knows it. You would not feel

it immediately. You would not hear it. But beneath your feet, beneath the ocean floors, beneath the tectonic plates that have been drifting slowly for billions of years, something would shift. Quietly at first. And then, not quietly at all. Let's talk about tides. The moon, from its current distance of 384,000 kilometers, already pulls Earth's oceans into a measurable bulge. High tide and low tide, the rhythm that has governed coastlines, marine life, and human civilization for as long as both have existed, is the moon doing this. The Moon's gravitational pull at that distance produces tidal forces that raise sea levels by roughly a metre in open ocean. Noticeable. Significant. Completely manageable.

Jupiter is not the Moon. Jupiter is 318 times more massive than Earth. It contains more mass than every other planet in the solar system combined. And gravitational tidal force does not scale gently with mass, it scales brutally. At the moon's distance, Jupiter's tidal pull on Earth's oceans would be approximately 4,000 times stronger than what the moon currently produces.

Not four times. Not 40 times. 4,000 times. The oceans would not rise, they would move. Walls of water hundreds of meters high surging across coastlines in both directions simultaneously toward Jupiter and away from it. As the planet's gravity stretched Earth's entire liquid surface into an elongated bulge, every coast on Earth submerged within minutes. Every port, every delta, every low-lying city gone before anyone had time to process what was happening. The Amazon basin... the Mississippi Delta, the entirety of Bangladesh, the Netherlands, Florida underwater, not from a wave.

From the ocean simply relocating, but the water would be the least of it. The same gravitational force pulling the oceans would be pulling the rock. Earth's crust, the thin, brittle shell of solid rock floating on a mantle of semi-molten material, would begin to flex. Not metaphorically, physically. The tidal forces would stretch and compress the crust the way you might flex a piece of stiff rubber. Except the rubber is 30 kilometres thick and has been rigid for 4 billion years. It was not built to flex. It would crack. The tectonic consequences would be immediate and global.

Every fault line on Earth, the San Andreas, the Ring of Fire, the East African Rift, Every subduction zone on every ocean floor would rupture simultaneously. Not triggered sequentially by cascading stress, the way normal earthquakes propagate. Triggered all at once, by a gravitational force pulling the entire crust in two directions at the same time. Earthquakes measuring 10, 11, 12.

Twelve on the Richter scale magnitudes that have no historical precedent erupting across every continent and every ocean floor within the first hour. And beneath the crust, the mantle would respond. The sudden flexing of the crust would open pathways for magma that has been building pressure for millennia. Every dormant volcano on Earth would activate, not gradually, not over decades.

Within hours, the volcanic activity on Earth's surface would increase by orders of magnitude ash columns rising into the stratosphere, lava flows rewriting coastlines that the tidal waves had not already claimed, sulphur dioxide and carbon dioxide pouring into an atmosphere already struggling to hold itself together. The ground itself would become the enemy. And Jupiter would not even have noticed you were there, Let's make this concrete. Let's put a clock on it. Minute one. Jupiter appears in the sky.

magnetosphere destabilizes. Hour 1. Power grids are failing globally as the radiation bombardment destroys electronics at scale. Communication satellites are gone. The internet is gone. Every coastal city on Earth is underwater or actively flooding. The atmosphere on the Jupiter-facing side is visibly distorting as tidal forces begin pulling air upward.

But Jupiter is not at the wrong distance. Jupiter is at exactly the right distance. And at that distance, it is not a threat. It is the reason you are alive. Jupiter is the solar system's shield. Its gravitational field, the same monstrous force that would tear Earth apart from the moon's distance, acts from 588 million kilometers away as a catcher, a deflector. A gravitational vacuum that intercepts asteroids and comets that would otherwise be on collision courses with the inner solar system. The asteroid belt between Mars and Jupiter exists in the shape it does because Jupiter's gravity has been sculpting it for four and a half billion years, pulling objects in, flinging others out, clearing paths, maintaining a chaotic

buffer zone that protects the inner planets from the worst of what the early solar system produced. Scientists estimate that without Jupiter, Earth would be struck by large asteroids somewhere between 1,000 and 10,000 times more frequently than it currently is. The Chicxulub impact that ended the dinosaurs 66 million years ago was a once in hundreds of millions of years event with Jupiter present. Without Jupiter, events of that magnitude would be routine. Life on Earth did not just survive because of liquid water or the right atmosphere, or the right distance from the Sunday. It survived because a gas giant 318 times our mass was sitting in exactly the right place, at exactly the right distance, doing exactly what

solar system. It is approximately 20,000 times stronger than Earth's magnetic field. It extends outward from Jupiter in every direction for an almost incomprehensible distance. Its outer boundary, the magnetopause, sits roughly 2 million kilometres from the planet's surface, in the direction facing the Sunday. If Jupiter's magnetic field were visible to the naked eye, it would appear larger than the Sun in our sky. It is not a feature of Jupiter. It is a structure. A vast, invisible, lethal architecture surrounding the planet in every direction. Inside that magnetic field, trapped and accelerated by its immense power, are charged particles, electrons and protons moving at a significant fraction of the

speed of light. Jupiter's radiation belts make Earth's Van Allen belts look trivial by comparison. The radiation environment around Jupiter is so extreme that the spacecraft we have sent to study it designed and hardened specifically to survive accumulate dangerous radiation doses within hours of close approach. Europa, one of Jupiter's moons and one of the most promising candidates for extraterrestrial life in the solar system, sits inside this radiation environment and receives a surface radiation dose of approximately 540 millisieverts per day. The lethal dose for a human being is around 4000 millisieverts total. Europa's surface would kill an unprotected human in about a week. Now put Jupiter where

the Moon is. Earth's magnetic field, the magnetosphere, is our shield. Generated by the churning of molten iron in Earth's outer core, it deflects the solar wind and cosmic radiation that would otherwise strip away our atmosphere and bombard the surface with lethal doses of charged particles. It is the reason life was able to emerge and survive on this planet. Without it, Earth would look more like Mars, a cold, desiccated, radiation-scoured rock with a thin atmosphere and no surface water. Jupiter's magnetic field, at the moon's distance, would not simply overwhelm Earth's magnetosphere, it would restructure it. The interaction between two magnetic fields of such vastly different strengths would compress Earth's

magnetosphere on the Jupiter-facing side and stretch it into a long tail on the opposite side, distorting and destabilizing the very shield that keeps us alive. Within hours, the magnetosphere would be so compromised that Jupiter's radiation belts would begin reaching Earth's upper atmosphere directly. The Van Allen Belt's Earth's own trapped radiation would be energised and destabilised by Jupiter's field, raining charged particles down into the atmosphere at rates never seen in Earth's history. The aurora borealis would be the last beautiful thing. Across the entire planet simultaneously, the skies would light up with curtains of colour as charged particles cascaded into the atmosphere. on a global scale not confined

to the polar regions as they normally are, but visible from every latitude, every continent, every ocean, magnificent, unprecedented, and deeply, lethally wrong. The radiation reaching the surface would climb rapidly. Electronics would fail first satellites, power grids, communication systems, anything with a semiconductor exposed to the particle bombardment. Then the biology.

DNA damage accumulating in every living cell exposed to the open sky. Within the first day, radiation sickness would begin in any organism not sheltered by significant mass water, rock, concrete, soil. Within the first week, The surface of Earth would be as hostile to unprotected life as the surface of Europa is today. And the magnetic shield would still be failing.

But Earth would not be the only casualty. Jupiter's gravitational reach extends across the entire solar system. Mars, Venus, Mercury, every inner planet would feel the perturbations. The delicate orbital resonances that have kept the solar system stable would unravel in a chain reaction with no end point and no recovery.

The solar system would never be the same again.

Thank you for watching.

Thank you. Thank you. Thank you for watching. you you Thank you. Thank you for watching. Thank you.

Thank you. Thank you.

I don't know.

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Thank you. Thank you for watching.

Thank you for watching.

Thank you. Thank you. Thank you. Thank you. Thank you for watching. Thank you for watching. Thank you. Thank you. Thank you.

Thank you. Thank you for watching.

Thank you. Thank you.

Thank you for watching. Thank you. Thank you.

Thank you.

The Universe Is a Mistake _ And Physics Can_t Explain Why It Exists _ Science for Sleep

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