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#Plutonium Reel by @stics.ai - 🧪 What if you cut open the elements of the periodic table? @deepmodeai AI just reimagined the insides of Plutonium and even uranium in the most oddly
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@stics.ai
🧪 What if you cut open the elements of the periodic table? @deepmodeai AI just reimagined the insides of Plutonium and even uranium in the most oddly satisfying way. It feels like ASMR for the brain. Smooth textures, shiny layers, and weirdly calming vibes make it hard to look away. From glittery gold interiors to fiery magnesium cores, the results are both science-y and strangely relaxing. You’ll never look at chemistry class the same way again. So tell me, which element would you want to slice open first 🔪? Media - universalasmrcutting via TT Create AI Characters using DeepMode Follow for more AI experiments that mix science with fun. #stics
#Plutonium Reel by @epic_history_events - The experiment began as a simple demonstration. In 1946, at the Los Alamos laboratory, physicist Louis Slotin was showing colleagues how close a pluto
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@epic_history_events
The experiment began as a simple demonstration. In 1946, at the Los Alamos laboratory, physicist Louis Slotin was showing colleagues how close a plutonium core could be brought to critical mass. The procedure was extremely dangerous and had even earned an unofficial nickname: “tickling the dragon’s tail.” Slotin held two beryllium hemispheres over the active core, using an ordinary screwdriver instead of proper safety mechanisms. Everything depended on precise hand control. At one moment, the screwdriver slipped. The hemispheres snapped shut, and a burst of lethal radiation occurred. Slotin instantly realized what had happened. He quickly separated the hemispheres, stopping the reaction and saving the others in the room—but he himself had already received a fatal dose of radiation. #History #NuclearPhysics #ScienceHistory #LouisSlotin
#Plutonium Reel by @deadhost.exe - On May 21, 1946, physicist Louis Slotin was performing a high stakes experiment known as "tickling the dragons tail" at the Los Alamos National Labora
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@deadhost.exe
On May 21, 1946, physicist Louis Slotin was performing a high stakes experiment known as “tickling the dragons tail” at the Los Alamos National Laboratory in New Mexico. Slotin was using a 6.2 kilogram plutonium core, later known as the Demon Core, to establish the exact point of criticality. He was manually lowering a beryllium tamper over the core using only the blade of a flathead screwdriver to maintain a tiny gap that allowed neutrons to escape. The horror began when the screwdriver slipped a fraction of an inch, allowing the top hemisphere to fall completely over the core. A brilliant blue flash of Cherenkov radiation filled the room as the plutonium went prompt critical, blasting Slotin with a lethal dose of 1,000 rads of neutron radiation. In an act of desperation to save the seven other people in the room, Slotin used his bare hands to flip the tamper off the core, stopping the chain reaction instantly. Slotin was rushed to the hospital where his body began to disintegrate at the cellular level. Over the next nine days, he suffered from a three dimensional sunburn as his internal organs failed and his skin turned a waxy red. He died at the age of 35. This was the second time the same core had killed a scientist, following the death of Harry Daghlian just nine months earlier. As of 2025, the Demon Core has been melted down and recycled into other nuclear components, serving as a permanent warning against hands on experimentation with nuclear materials.
#Plutonium Reel by @factorevo_ - This is the chilling story of the so-called "demon core" of plutonium, which twice caused the death of scientists during the Manhattan Project. In Aug
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@factorevo_
This is the chilling story of the so-called "demon core" of plutonium, which twice caused the death of scientists during the Manhattan Project. In August 1945, physicist Harry Daglian accidentally dropped a reflective brick onto the plutonium sphere, triggering a supercritical reaction and receiving a lethal dose of radiation, from which he died several weeks later. A year later, in May 1946, Louis Slotin was conducting a demonstration experiment with the same core. While holding beryllium hemispheres apart with a screwdriver to prevent them from fully closing, he allowed the tool to slip in a fatal mistake. An instantaneous supercritical reaction occurred, accompanied by a bright blue flash. Slotin, receiving a massive dose of radiation, died nine days later. These two tragedies permanently ended hands-on experiments with critical masses, vividly demonstrating the fragile and deadly edge of nuclear research. Are you fascinated by historical chronicles and the lessons of scientific discovery? Feel free to join us. If this is your material, please DM us for credit or removal.
#Plutonium Reel by @physics.lord - Uranium-238 is the silent giant of nuclear physics. When it absorbs a neutron, it begins a slow transformation - first becoming uranium-239, then thro
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@physics.lord
Uranium-238 is the silent giant of nuclear physics. When it absorbs a neutron, it begins a slow transformation — first becoming uranium-239, then through beta decays turning into neptunium-239, and finally into plutonium-239, a fissile element capable of releasing immense energy. Remove three neutrons from uranium-238, and you get uranium-235 — a rare isotope that can split when struck by a neutron, releasing energy and more neutrons in a self-sustaining chain reaction. These nuclear properties shaped human history. In 1945, the Hiroshima bomb used uranium-235, while the Nagasaki bomb used plutonium-239 produced from uranium-238 through neutron capture and beta decay. The events revealed both the destructive power of nuclear energy and the profound responsibility that comes with scientific discovery. Uranium-235 — fissile. Uranium-238 — fertile. Together, they changed the world forever. #physics #physicsmeme #physicswallah #physicslove #chemistry #nuclearphysics
#Plutonium Reel by @hopiefiles - Louis Slotin's final experiment at Los Alamos became one of the most terrifying moments of the atomic age ☢. In 1946, while working with the plutonium
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@hopiefiles
Louis Slotin’s final experiment at Los Alamos became one of the most terrifying moments of the atomic age ☢. In 1946, while working with the plutonium core later known as the Demon Core, he used a simple screwdriver to keep two hemispheres from closing completely and pushing the material into a deadly critical state. When the tool slipped, the room flashed blue and the reaction turned lethal in an instant. Slotin immediately pulled the hemispheres apart with his bare hands, stopping the reaction and saving others in the room, but absorbing a fatal dose of radiation himself. He died nine days later, and his death became a haunting symbol of both the courage and the shocking danger that defined the earliest years of nuclear science. This video is intended solely for educational and historical analysis. It does not support, promote, or glorify war or hatred in any form. Its purpose is to present verified historical facts and encourage critical understanding of past events.
#Plutonium Reel by @itserwinsmith - Follow (us) @itserwinsmith to learn something NEW everyday 🧠💫 This is the chilling story of the so-called "demon core" of plutonium, which twice c
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@itserwinsmith
Follow (us) @itserwinsmith to learn something NEW everyday 🧠💫 This is the chilling story of the so-called "demon core" of plutonium, which twice caused the death of scientists during the Manhattan Project. In August 1945, physicist Harry Daglian accidentally dropped a reflective brick onto the plutonium sphere, triggering a supercritical reaction and receiving a lethal dose of radiation, from which he died several weeks later. A year later, in May 1946, Louis Slotin was conducting a demonstration experiment with the same core. While holding beryllium hemispheres apart with a screwdriver to prevent them from fully closing he allowed the tool to slip in a fatal mistake. An instantaneous supercritical reaction occurred, accompanied by a bright blue flash. Slotin, receiving a massive dose of radiation, died nine days later. These two tragedies permanently ended hands-on experiments with critical masses, vividly demonstrating the fragile and deadly edge of nuclear research. Are you fascinated by historical chronicles and the lessons of scientific discovery? Feel free to join us. If this is your material, please DM us for credit or removal.
#Plutonium Reel by @scaredencounter - In 1946, a scientist at Los Alamos was conducting a routine nuclear experiment using a small plutonium core. The goal was to measure criticality. The
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@scaredencounter
In 1946, a scientist at Los Alamos was conducting a routine nuclear experiment using a small plutonium core. The goal was to measure criticality. The setup relied on precision and absolute control. During the test, a simple mistake caused the core to briefly reach criticality, releasing an intense burst of radiation. There was no explosion. No fire. Just a sudden, invisible exposure that flooded the room. The scientist became violently ill within hours and died days later from acute radiation sickness. A similar accident involving the same core had already killed another researcher months earlier. After the second death, the object earned a name that reflected how dangerous it was. They called it the Demon Core. 🛸 Follow @scaredencounter for more real, unsettling stories on IG.
#Plutonium Reel by @unknownu.exe - On December 30, 1958, 38 year old Cecil Kelley was working as a chemical operator at the Los Alamos National Laboratory. He was monitoring a large mix
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@unknownu.exe
On December 30, 1958, 38 year old Cecil Kelley was working as a chemical operator at the Los Alamos National Laboratory. He was monitoring a large mixing tank that was supposed to contain only trace amounts of plutonium. The horror began when Kelley turned on the stirrer, creating a vortex in the liquid that pulled a concentrated layer of plutonium into the center, instantly reaching a critical mass. A brilliant blue flash of Cherenkov radiation erupted from the tank, hitting Kelley with a massive dose of 3, 900 rads. The physical impact was so intense that Kelley collapsed, telling his coworkers he felt like a giant lightbulb had exploded inside his head. He was rushed to the emergency room where doctors found his blood was so radioactive that it set off the facility's Geiger counters from across the room. Kelley's decline was one of the fastest in medical history, Within hours, his bone marrow was completely destroyed and his internal organs began to liquefy. He remained conscious for part of the ordeal, but his heart and lungs eventually gave out under the weight of the cellular damage. He died just 35 hours after the blue flash. As of 2025, the Cecil Kelley case remains a solved tragedy and a primary reason why modern nuclear facilities use “geometry-safe" tanks that are too thin for a vortex to ever reach criticality again.Each video we post gets darker than the last.
#Plutonium Reel by @getgrity - The Demon Core was a small sphere of plutonium meant for atomic bomb research, and it proved just how terrifying nuclear physics can be without a sing
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@getgrity
The Demon Core was a small sphere of plutonium meant for atomic bomb research, and it proved just how terrifying nuclear physics can be without a single explosion. Plutonium releases neutrons as it splits, and if too many of those neutrons are reflected back into the core, a runaway chain reaction can begin almost instantly. In 1945, physicist Harry Daghlian accidentally caused such a reaction when a neutron-reflecting brick slipped near the core. The sudden burst of radiation was lethal, and he died weeks later from radiation poisoning. Just a year after, another tragedy followed. In 1946, Louis Slotin was performing a demonstration using a screwdriver to keep two metal halves apart. When it slipped, the core briefly became fully enclosed, releasing an intense flash of radiation. Slotin died nine days later. These accidents showed how dangerously close the Demon Core always was to disaster, proving that a deadly nuclear reaction doesn’t need an explosion to be fatal.
#Plutonium Reel by @_stellarzone - This is the chilling story of the so-called "demon core" of plutonium, which twice caused the death of scientists during the Manhattan Project. In Aug
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@_stellarzone
This is the chilling story of the so-called "demon core" of plutonium, which twice caused the death of scientists during the Manhattan Project. In August 1945, physicist Harry Daglian accidentally dropped a reflective brick onto the plutonium sphere, triggering a supercritical reaction and receiving a lethal dose of radiation, from which he died several weeks later. A year later, in May 1946, Louis Slotin was conducting a demonstration experiment with the same core. While holding beryllium hemispheres apart with a screwdriver to prevent them from fully closing he allowed the tool to slip in a fatal mistake. An instantaneous supercritical reaction occurred, accompanied by a bright blue flash. Slotin, receiving a massive dose of radiation, died nine days later. These two tragedies permanently ended hands-on experiments with critical masses, vividly demonstrating the fragile and deadly edge of nuclear research.

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