What is light really? For over a century, textbooks have repeated the same confusing phrase: “Light is both a wave and a particle.” But Richard Feynman rejected this idea completely. In this mind-bending explanation, we break down why wave–particle duality is not the truth, but only a misleading analogy.
Light is not a wave. Light is not a particle. And it is certainly not both at the same time. Light is something far stranger – a quantum object governed by probability amplitudes. The classical ideas of waves and particles belong to everyday physics, but quantum mechanics follows entirely different rules.
From Newton’s particle theory to Young’s double-slit experiment, from Maxwell’s electromagnetic waves to Einstein’s photons, the history of physics created a deep confusion that still misleads students today. Feynman’s way of thinking cuts through all of that noise and reveals what quantum mechanics actually says.
In this video, you’ll understand:
• Why the double-slit experiment confuses classical logic
• Why photons create interference without being waves
• Why detection looks like particles but isn’t
• What quantum mechanics really describes
• Why “wave–particle duality” is a broken concept
This is not philosophy, not mysticism, and not science fiction. It is real physics explained in the clear, no-nonsense style of Richard Feynman.
If you want to truly understand quantum mechanics instead of memorizing myths, this explanation will change the way you think about reality.
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Richard Feynman, quantum mechanics, wave particle duality, what is light, photons explained, double slit experiment, quantum physics explained, light is not a wave, light is not a particle, quantum amplitudes, Feynman lectures, physics explained, modern physics, quantum theory, interference pattern, photoelectric effect, Planck constant, Einstein physics, quantum objects, physics for beginners, science explained
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#QuantumMechanics #RichardFeynman #PhysicsExplained #WaveParticleDuality #QuantumPhysics #ScienceEducation #DoubleSlitExperiment #Photons #ModernPhysics #LearnPhysics
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