grayson Posted December 24, 2023 Posted December 24, 2023 Normal quantum tunneling says that because of quantum superposition, there is a slight chance that a particle can just pass through a potential energy barrier. I realized that the reverse could happen too. Imagine that a particle, say an electron is shot through a single slit. Because of quantum superposition, there is a small chance that the particle could be blocked by the slit even though it appears as it is going straight through it. Is this possible? (For quantum tunneling) https://en.wikipedia.org/wiki/Quantum_tunnelling
swansont Posted December 24, 2023 Posted December 24, 2023 Tunneling is not an issue of superposition, and yes, reflection is possible even though the particle classically has enough energy to overcome the barrier. https://en.m.wikipedia.org/wiki/Rectangular_potential_barrier#E_>_V0
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