Consider a cubic-shaped quantum dot (side length L = 1 nm) with one electron bound to it. This can be modeled as an electron in a three-dimensional potential well. Find out how large the excitation energy for the electron would have to be so that it could be transferred from the ground state to the first excited state."
Consider a cubic-shaped quantum dot (side length L = 1 nm) with one electron bound to it. This can be modeled as an electron in a three-dimensional potential well. Find out how large the excitation energy for the electron would have to be so that it could be transferred from the ground state to the first excited state."
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Transcribed Image Text:"Task 2: Excitation of a quantum dot
Consider a cubic-shaped quantum dot (side length L = 1 nm) with one electron bound to it. This
can be modeled as an electron in a three-dimensional potential well. Find out how large the
excitation energy for the electron would have to be so that it could be transferred from the ground
state to the first excited state."
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