Investigation of exciton emission as elements for quantum computing
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Abstract
Article is devoted to a comparative study of the exciton emission and indirect-direct-gap materials. Based on the analysis of hydrogen-exciton models and results of studies of excitons and indirect-direct-gap materials was found optimal approach for practical implementation of effective elements for quantum computing. When using wideband direct-gap materials A3B5 and A2B6 new opportunities excitons and quantum dots as elements of a quantum computer with high conservation of the coherence of electron states at room temperature.
Bible. 17, Fig. 6.
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