Por Que O EXPERIMENTO Mais ESTRANHO Da Física Não Tem Explicação?

What if there were an experiment, repeated millions of times over the last two hundred years, in which individual particles—electrons, photons, entire atoms—behaved one way when no one was observing, and in a completely different way when someone was observing? What if no physicist on the planet, in two hundred years, had been able to explain why matter reacts to the presence of an observer? In this video, we revisit the history of the strangest experiment in physics — Thomas Young (London, 1803), Geoffrey Ingram Taylor (Cambridge, 1909), Louis de Broglie (Paris, 1923), Davisson and Germer (Bell Laboratory, 1927), Claus Jönsson (Tübingen, 1961, considered the most beautiful experiment in the history of physics), Akira Tonomura (Hitachi, Tokyo, 1989), H. Dieter Zeh's quantum decoherence (Heidelberg, 1970), the four competing interpretations of quantum mechanics, John Wheeler's delayed-choice experiment (Princeton, 1978), and Feynman's pedagogical synthesis in the third volume of the Feynman Lectures on Physics and in the 1985 book QED — we choose to examine a phenomenon that is impossible, absolutely impossible, to explain in any classical way. In reality, it contains the only mystery. ⚠️ This video does NOT claim that human consciousness creates physical reality. Quantum decoherence explains the collapse of the wave function without invoking human consciousness. An automated detector alone in an empty laboratory still produces the collapse. Feynman dedicated part of his work to dismantling this pseudoscience. #RichardFeynman #Feynman #DoubleSlit #QuantumMechanics #QuantumPhysics #Decoherence #Wheeler #DelayedChoice #HughEverett #DeBroglie #ThomasYoung #Tonomura #Jonsson #QED #Caltech #PhilosophyOfScience #ScienceCommunication #Science #Pseudoscience #Mel