Скачать или смотреть Rewriting Quantum Rules: The Strange Behavior of Electrons in Graphene

Video Description:

Discover how a groundbreaking discovery in graphene is challenging our understanding of quantum physics. MIT physicists have unveiled a phenomenon called the Fractional Quantum Anomalous Hall Effect, where electrons split into fractional charges in pentalayer graphene—without the need for a magnetic field. This discovery is reshaping quantum theory and opening doors to new experiments. Learn about the role of twisted two-dimensional materials, the moiré effect, and the surprising collaboration between theorists and experimental physicists. Could this be the future of quantum science?


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Keywords:

Graphene, Quantum Physics, Fractional Quantum Anomalous Hall Effect, MIT Physics, Pentalayer Graphene, Twistronics, Fractional Charges, Quantum Theory, Exotic States, Moiré Pattern, Electron Phenomena, Quantum Science Breakthrough, Magic Angle Graphene, Two-Dimensional Materials, Advanced Physics Research


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Hashtags:

#QuantumPhysics #Graphene #FractionalCharges #Twistronics #QuantumScience #PhysicsBreakthrough #MITPhysics #QuantumPhenomena #2DMaterials #MagicAngleGraphene #ScienceNews #QuantumResearch #PhysicsExplained #sadrobot