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Analysis of quantum dot structures is a current topic with importantapplications in solid-state digital logic design, quantum informationtechnology and quantum optics. In this work, we show a variational formulationfor the solution of the effective two-level approach of the analysis ofelectron localization in two coupled quantum dots. Numerical results arepresented as well the use of electron localization in the realization of aconfigurable logic circuit using quantum-dot cellular automata.

Analysis of electron localization in a coupled quantum dot structure via  variational approach: numerical results and application in quantum-dot  cellular automata