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Quantum Dot Lab
Compute the eigenstates of a particle in a box of various shapes including domes, pyramids and multilayer structures.
Version 3.2.2 - published on 26 Feb 2024
doi:10.21981/CPJ9-3Q95 cite this
This tool is closed source.
Recent Questions
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example results
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I compared a free electron in a 10nm x 10nm x 10nm closed box with an analytical formula and got a very different result
Asked by Michael Povolotskyi @ on • Open • 3 |
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Number of Atoms
Asked by Ehsan Shokri @ on • Closed • 1 |
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Temperature Adjustment
Asked by Ehsan Shokri @ on • Closed • 1 |
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How to distinct the conducting band and valance band
Asked by chengjie zhu @ on • Closed • 1 |
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Barrier material, energy scale
Asked by Celso de A. Duarte @ on • Closed • 1 |
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Several Questions detailed below.
Asked by Anonymous @ on • Closed • 1 |
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Assumptions used in the QDs simulattions
Asked by liqiao qin @ on • Closed • 1 |
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There are no default values listed for the different effective masses for the different materials
Asked by Anonymous @ on • Closed • 2 |
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nanowire absorption spectrum
Asked by Neelanjan Bhattacharya @ on • Closed • 2 |
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Results fail to appear with certain parameters
Asked by Anonymous @ on • Closed • 2 |
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Follow up to material change quantum dot lab
Asked by Neelanjan Bhattacharya @ on • Closed • 3 |
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material change quantum dot lab
Asked by Neelanjan Bhattacharya @ on • Closed • 1 |