Twenty five to thirty thousand years ago a comet of extraordinary scale - with a nucleus estimated at 50 to 60 miles in diameter, possibly larger - was captured into a sub-Jovian orbit, placing it on a trajectory through the inner solar system between the sun and Jupiter. What followed was a process Randall describes as hierarchical breakup - the comet progressively fragmenting over thousands of years into ever smaller cometary nuclei, each successive breakup producing a new generation of debris
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Twenty five to thirty thousand years ago a comet of extraordinary scale - with a nucleus estimated at 50 to 60 miles in diameter, possibly larger - was captured into a sub-Jovian orbit, placing it on a trajectory through the inner solar system between the sun and Jupiter. What followed was a process Randall describes as hierarchical breakup - the comet progressively fragmenting over thousands of years into ever smaller cometary nuclei, each successive breakup producing a new generation of debris
23.1K views1 month ago
x.comRandall Carlson
Randall lays out a sequence that connects two of the most significant impact events in Earth history. His position on Atlantis is direct - it was a real Mid-Atlantic island, destroyed when a fragmenting comet struck the Atlantic Ocean. The atmospheric entry of that object produced the spallation byproducts that created the Carolina Bays across the eastern seaboard of North America, and the oceanic impact obliterated the island civilisation Plato described.The broader significance of that claim b
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Randall lays out a sequence that connects two of the most significant impact events in Earth history. His position on Atlantis is direct - it was a real Mid-Atlantic island, destroyed when a fragmenting comet struck the Atlantic Ocean. The atmospheric entry of that object produced the spallation byproducts that created the Carolina Bays across the eastern seaboard of North America, and the oceanic impact obliterated the island civilisation Plato described.The broader significance of that claim b
11K views2 weeks ago
x.comRandall Carlson
The Taurid meteor stream - the debris field of a massive fragmenting comet that Randall has been tracking throughout his research - is, he argues, the most probable mechanism behind some of Earth's past catastrophes, including the Younger Dryas impact event. The stream represents the accumulated debris of a hierarchical breakup process that began tens of thousands of years ago and has been seeding the inner solar system with objects of varying size ever since.The scale of what a single large com
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The Taurid meteor stream - the debris field of a massive fragmenting comet that Randall has been tracking throughout his research - is, he argues, the most probable mechanism behind some of Earth's past catastrophes, including the Younger Dryas impact event. The stream represents the accumulated debris of a hierarchical breakup process that began tens of thousands of years ago and has been seeding the inner solar system with objects of varying size ever since.The scale of what a single large com
6.5K views3 weeks ago
x.comRandall Carlson
Not all comets are created equal. Some arrive on closed, repeating paths. Others come in on open trajectories…one pass through the inner solar system, then gone forever. That difference matters. A parabolic orbit means a visitor from deep space. An elliptical orbit means debris left behind… and repeat encounters. Earth crosses one of those debris streams twice a year…late June and again in late October. The result isn’t random. It determines *when* meteors appear, *where* they come from, and *ho
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Not all comets are created equal. Some arrive on closed, repeating paths. Others come in on open trajectories…one pass through the inner solar system, then gone forever. That difference matters. A parabolic orbit means a visitor from deep space. An elliptical orbit means debris left behind… and repeat encounters. Earth crosses one of those debris streams twice a year…late June and again in late October. The result isn’t random. It determines *when* meteors appear, *where* they come from, and *ho
20.8K views3 months ago
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When Comet Kohoutek appeared in the early 1970s, many feared it signaled apocalypse. Predictions spread. Nothing catastrophic followed. What remained was wonder…a brilliant object in the night sky that inspired curiosity rather than panic. Sometimes the real impact of a cosmic event isn’t destruction, but the questions it ignites. | The Randall Carlson
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When Comet Kohoutek appeared in the early 1970s, many feared it signaled apocalypse. Predictions spread. Nothing catastrophic followed. What remained was wonder…a brilliant object in the night sky that inspired curiosity rather than panic. Sometimes the real impact of a cosmic event isn’t destruction, but the questions it ignites. | The Randall Carlson
47.6K views4 months ago
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This image captures the second-generation disintegration of comet Schwassman-Wachman, specifically fragment B. The cluster contains thousands of fragments, ranging from dust-sized particles to sub-kilometer objects, including Tunguska-scale impactors. | The Randall Carlson
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This image captures the second-generation disintegration of comet Schwassman-Wachman, specifically fragment B. The cluster contains thousands of fragments, ranging from dust-sized particles to sub-kilometer objects, including Tunguska-scale impactors. | The Randall Carlson
29K viewsMar 18, 2025
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A comet got too close to Jupiter… and its gravity ripped it to shreds. This is the Roche limit in action: the gravitational field overpowers the object’s own cohesion. What followed was remarkable—astronomers tracked the debris, called it a “chain of pearls”, and calculated its orbit with such precision that they predicted an impact with Jupiter a full year in advance. And in July 1994, it hit—exactly on schedule. | The Randall Carlson
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A comet got too close to Jupiter… and its gravity ripped it to shreds. This is the Roche limit in action: the gravitational field overpowers the object’s own cohesion. What followed was remarkable—astronomers tracked the debris, called it a “chain of pearls”, and calculated its orbit with such precision that they predicted an impact with Jupiter a full year in advance. And in July 1994, it hit—exactly on schedule. | The Randall Carlson
106K views10 months ago
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1:12
Images of Comet Lemmon and Swan during perihelion passage captured something unexpected. 3I Atlas got significantly brighter than predicted. Four times brighter than the brightest known comet at perihelion. Green outgassing suggests diatomic carbon. Clear evidence in the images. NASA’s response: a vanilla, glossy overview. Information already known from amateur astronomers. Why the reluctance to discuss what the data actually showed? | The Randall Carlson
11.5K views5 months ago
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0:47
Every new comet challenges understanding. Some travel paths so strange they seem to come from beyond the solar system itself. The more is learned, the weirder they become...objects that defy expectation and invite speculation. Perhaps it’s a fragment of a forgotten system, or something else entirely. In a universe this vast and miraculous, even the outrageous hypothesis deserves a hearing. | The Randall Carlson
48K views6 months ago
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1:32
Roughly 25,000 years ago, a massive comet may have entered the solar system and begun to break apart, dusting Earth in debris and triggering a rapid climate shift that ended the Ice Age. Its remnants could still be seen today as the faint glow of the zodiacal light, a lingering reflection of catastrophe written across the heavens. | The Randall Carlson
67.4K views6 months ago
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0:58
In July of 1994, 21 comet pieces slammed into Jupiter. If any one of those pieces had connected with Earth instead, it would have caused a global catastrophe. This would have been enough to put us back to the stone age. What type of precedent do you think this sets for us in the way we think about potential impacts with our planet? | The Randall Carlson
229.6K viewsDec 3, 2024
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An alignment forms: Earth, Sun, and Comet 3I Atlas. And the timing becomes significant. A coronal mass ejection occurs during Atlas’s superior conjunction. At that same moment... Earth captures a small body. A temporary second moon. A conjunction of the small satellite, Earth’s Moon, 3I Atlas, and the Sun... all in one motion. The correspondence cannot be dismissed as coincidence. | The Randall Carlson
100.2K views5 months ago
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0:54
Comet tails normally point away from the sun... blown outward by solar wind. But anti-tails point toward the sun. Two tails in opposite directions. Unusual... but not unheard of. This suggests 3I Atlas was breaking up. Disintegration is part of the natural life cycle of a comet. | The Randall Carlson
9.1K views5 months ago
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1:04
A fragmented comet doesn’t disappear… it reforms. Tidal forces shred it near the Sun, debris rains down, then the nucleus reassembles over tens of thousands of years. What looks like random impacts may actually be a repeating cosmic rhythm. | The Randall Carlson
47.2K views4 months ago
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1:43
1994: Comet Shoemaker-Levy 9 shattered into 21 fragments and slammed into Jupiter with the force of 50 million megatons—the energy of the largest hydrogen bomb ever tested, times thousands. Jupiter’s gravity ripped it apart. But what if that cosmic “ping pong” had aimed for Earth? This was a warning shot. | The Randall Carlson
74K viewsMay 7, 2025
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1:24
Summer 1994: Astronomers watched in awe as Comet Shoemaker–Levy 9 was torn apart by Jupiter’s gravity. What began as a single nucleus became a “string of pearls” — 21 fragments on a collision course. For days, one after another, they slammed into Jupiter with the force of thousands of nuclear bombs. It was the first time humanity witnessed a cosmic impact unfold in real time… a stark reminder of what could happen closer to home. | The Randall Carlson
262.6K views8 months ago
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0:46
Tunguska was powerful, but it was light. A low-density comet fragment leveled a forest, yet denser asteroids, three to four times heavier, could release exponentially greater energy. Metallic or stony, these celestial bullets carry the weight of catastrophe, proving that in cosmic impacts, density determines destiny. | The Randall Carlson
63.1K views6 months ago
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1:00
That glowing streak behind a comet? It’s not debris. It’s ionized gas, blown away from the nucleus by solar radiation—always pointing away from the Sun. And beyond Neptune lies not emptiness, but the vast cometary zone—a dynamic frontier of elliptical orbits and ancient visitors. The solar system is bigger—and stranger—than we think. | The Randall Carlson
14.8K viewsApr 6, 2025
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1:16
If humanity knew a massive comet was breaking apart and heading our way… how would we respond? Would we split, seed survivors elsewhere, and drop tech to rebuild later—just as myths suggest may have happened before? | The Randall Carlson
30.9K views8 months ago
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1:47
In 1994, fragments of Comet Shoemaker-Levy 9 crashed into Jupiter, producing plumes larger than Earth and reshaping our understanding of cosmic impacts. This event, alongside Earth's own impact history—from Meteor Crater to Tunguska—serves as a stark reminder of our planet's vulnerability to celestial collisions. | The Randall Carlson
16K viewsMar 8, 2025
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1:10
In 1994, the world watched as a single comet shattered into 21 fragments... each one powerful enough to trigger a global catastrophe had it struck Earth. Astronomers tracked its orbit and realized something stunning: the pieces were headed straight for Jupiter. The impacts were predicted a year in advance, and for the first time in history, humanity witnessed a cosmic collision unfold in real time. A reminder of how thin the margin is between spectacle… and extinction. | The Randall Carlson
112K views5 months ago
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1:03
Ancient astronomers spoke of a bombardment epoch—a time when a giant comet shattered into countless fragments, flooding the inner solar system with debris. For nearly 3,000 years, Earth endured repeated catastrophes as it crossed the torrid meteor stream… a cosmic perfect storm. | The Randall Carlson
42.2K views8 months ago
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1:06
A comet has two signatures. The tail is plasma… ionized gas shaped by the solar wind. The trail is physical debris, fragments shedding from the nucleus. Comets follow a life cycle: born from the Kuiper Belt or Oort Cloud, dormant for eons, then “awakening” as they enter the inner solar system. In their final stages, they don’t just glow…they disintegrate. | The Randall Carlson
37.7K views4 months ago
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2:33
Join me at Cosmic Summit in June. Use code “Randall” for 10% off. https://cosmicsummit.com/ Imagine a 50-mile-wide comet breaking apart between the Sun and Jupiter—showering Earth’s orbit with debris for tens of thousands of years. That’s the Taurid meteor stream. We pass through it twice a year. And right now? We’re at the peak. Some researchers believe the Younger Dryas cataclysm was triggered by this very stream. This isn’t just astronomy. It’s deep-time memory. And we’re flying through the w
30.5K views11 months ago
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1:14
March 1993: Astronomers David Levy and Carolyn Shoemaker discovered a comet emerging from behind Jupiter. Over the next days and weeks, they watched it break apart. What had been a single nucleus fragmented into 21 separate pieces. The comet had passed within Jupiter's Roche limit - the distance where gravitational force overcomes an object's structural bonding. Jupiter's gravity literally tore the comet apart. By July 1994: All 21 fragments impacted Jupiter and the world watched. Here's what ma
42.4K views3 months ago
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1:13
A comet’s tail always points away from the Sun, a celestial trail that has fascinated humanity for centuries. Ancient cultures saw them as long-haired figures in the sky, while modern science reveals their origins in the Kuiper Belt and Oort Cloud. Their orbits—elliptical, parabolic, or hyperbolic—shape their journeys through the solar system, sometimes never to return. | The Randall Carlson
33.8K viewsMar 8, 2025
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0:56
Some comets arrive on parabolic orbits—swinging past the Sun once, then vanishing forever into deep space. Others come from the Kuiper Belt, where Jupiter’s gravity traps them in repeating paths between itself and the Sun. Over time, they shed streams of debris—the raw material of meteor showers. And when Earth crosses those streams, danger follows. | The Randall Carlson
173K views8 months ago
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1:21
In 1908, Tunguska exploded over Siberia with the force of a 15 megaton hydrogen bomb—and it likely wasn’t an asteroid… but a fragment of a comet. Just 150 feet wide, traveling at 40,000 km/h, and it flattened 800 square miles of forest. We’re told this happens every 500 years. But what if it's more like once or twice a century? | The Randall Carlson
60.9K viewsMay 9, 2025
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1:56
Comets like Hyakutake and Swan reveal more than just dazzling tails—they carry volatile gases and icy compounds that shape our understanding of celestial chemistry. As they approach the Sun, these frozen bodies transform, leaving behind trails that Earth crosses in annual meteor showers. | The Randall Carlson
27.6K viewsMar 6, 2025
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1:27
Sputnik’s launch in 1957 ignited panic across America. The Space Race was born, but so was an arms race...with the U.S. and Soviet Union trading nuclear tests in the open air. By 1962, the Soviets detonated Tsar Bomba, a 50-megaton monster, the largest explosion ever created by humanity. It was a time when fear circled the globe, and the Cold War burned just below the surface. | The Randall Carlson
19.6K views6 months ago
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