Conclusions
To summarize the main content of this talk:
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(1)
We have reviewed the papers demonstrating a broad applicability of DFT to the calculation of ground-state properties and level crossings in quantum dot “atoms” in magnetic field.
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(2)
A specific problem — the calculation of the region of stability of the maximum density droplet — has been studied. The results are in qualitative agreement with experiment.
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Ferconi, M., Vignale, G. (2002). Density Functional Theory of Quantum Dots in A Magnetic Field. In: Schmelcher, P., Schweizer, W. (eds) Atoms and Molecules in Strong External Fields. Springer, Boston, MA. https://doi.org/10.1007/0-306-47074-8_37
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