What Does an Electron Do When You’re Not Looking? — Feynman’s Double-Slit Experiment Explained скачать в хорошем качестве

What Does an Electron Do When You’re Not Looking? — Feynman’s Double-Slit Experiment Explained

The Electron Does WHAT?! Send a single electron toward a barrier with two slits… and it behaves like a wave. It produces an interference pattern, like ripples overlapping in water. But here’s the part that breaks your brain: Send the electrons one at a time… and the same interference pattern still builds up, dot by dot. So what is the electron doing between the source and the screen? Left slit? Right slit? Both? Neither? And why does the pattern change the moment you try to catch it in the act? In this video, Richard Feynman walks through the double-slit experiment — the one he called the core mystery of quantum mechanics. No vague hype. Just the logic that makes the outcome unavoidable. You’ll learn: Why the double-slit proves reality isn’t classical How one electron can “interfere with itself” What changes when you measure which slit it went through Why observation isn’t passive — it changes the outcome The simple reasoning that makes the weirdness impossible to escape By the end, you’ll see why quantum mechanics isn’t “complicated.” It’s different — in the most unsettling way. Watch to the end and comment: Is the electron a particle, a wave, or something we don’t have a word for? 👍 Like if this made reality feel suspicious ✅ Subscribe for more Feynman-style explanations that melt your intuition #RichardFeynman #QuantumPhysics #DoubleSlitExperiment #Physics #ScienceExplained #Electrons #WaveParticleDuality #QuantumMechanics #Reality