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Quantum Physics Schrödinger
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Quantum Physics Particle in 1D box - Infinite Potential Classical
Bohr Half Quantum Physics: Bohr
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Quantum Physics Particle in 1D box - Infinite Potential Scrödinger Equation
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Quantum Physics Particle in 1D box - Infinite Potential Scrödinger Equation
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U0 Quantum Physics Particle in 1D box Finite Potential Scrödinger Equation Inside: V(x) = 0 Outside: V(x) = U0 The solutions and it’s derivative must match at the boundary
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Quantum Physics Tunneling - Def
Outside: V(x) = 0 Inside: V(x) = U0 Tunneling probability T that the particle gets through the barrier is proportional to the square of the ratio of the amplitudes of the sinusoidal wave function on the two sides of the barrier.
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Quantum Physics Tunneling - Example - Electron
A 2.0 eV electron encounters a barrier 5.0 eV heigh. What is the probability that it will tunnel through the barrier if the barrier width is a) 1.00 nm b) 0.50 nm ? a) b)
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