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Ever wondered why a nuclear reactor can pulse—and why it sometimes glows like something out of sci-fi? ⚡️ What you’re seeing isn’t magic… it’s physics putting on a light show. Inside a reactor, atoms (usually uranium) are splitting in a process called fission. When that happens, they release energy and fast-moving particles—especially electrons. Now here’s where it gets visually wild: when those electrons travel through water faster than light can move through that same water (not faster than li
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An experiment. In physics this is known as the Delayed Choice Experiment. Here’s what makes it disturbing. A particle can behave like a wave or like a particle. But scientists found something strange. The way the particle behaved can depend on a measurement that happens later. In other words: a decision made in the present can influence how the particle behaved in the past. For a moment it looks as if time itself is not strictly linear. As if reality only becomes definite when it is finally obse
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The man who put his head in a particle accelerator. ⚛️🤯 What happens when you get hit by a proton beam? In nineteen seventy-eight, Anatoli Bugorski accidentally put his head in a particle accelerator and saw a flash brighter than a thousand suns. In this video, we explore his miraculous survival and the bizarre side effect that left half his face frozen in time. #science #history #physics #howitworks #facts
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This is the moment a nuclear reactor awakens for the first time. When the core powers on, it fills with a deep blue glow that rises through the water. It looks unreal, but it’s pure physics. That light is Cherenkov radiation. It happens when charged particles from nuclear fission move through water faster than light can travel in that medium. The particles break the “light speed limit” for water and shed energy as that signature blue glow. The effect was discovered in the 1930s and it lets us li
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The Dangers of Putting Your Hand Inside a Particle Accelerator
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Replying to @SajiloShop Why Subatomic Particles Like Electrons, Protons, or Neutrons Can’t Have Color Subatomic particles like electrons, protons, and neutrons do not possess color in the way macroscopic objects do. Here are the reasons: \t•\tWavelength of Light: Visible light has wavelengths that are much larger than the size of subatomic particles. For example, the wavelength of visible light ranges from approximately 400 nm (violet) to 700 nm (red), while the size of an electron is on the ord
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