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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
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frederick Manoela @ on
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Dhruba Mandal @ on
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Khaled El-Kinawi @ on
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I used this simulation as a demonstration in a presentation. I wanted to show a sample of a solution for orbitals inside a quantum dot. There was an issue for me to use it with my personal computer. for some reason the java applet is unable to connect to the site. I have tried to use the verified version, but it didn’t work. The simulation is very good, but the class, which I was presenting in, was an introductory course about nanomaterial. Thus I didn’t feel that they got the full benefit from the simulation.
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Ryan Andrews @ on
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Quantum Dot Lab turned my abstract understanding into a concrete conceptualization of what a quantum dot truly is. It is a great lab.
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Mirko Poljak @ on
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yang xu @ on
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Anonymous @ on
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Very useful
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Martin G. Smith @ on
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Anonymous @ on
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choigyumin @ on
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Sri P @ on
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Some more help would be useful.. Thanks
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senthil kumar @ on
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Ali Khakifirooz @ on
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yina Wu @ on
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