Декогерентизация ііі-n низкоразмерных наноструктур квантовых процессоров

Abstract

The paper proposed increase in time coherent state at room temperature using quantum dots within monokrystallycheskoy structure with a large band gap, particularly pryamozoni material or aluminum gallium nitride grown in nanoreactors anodic aluminum oxide or silicon oxide, resulting in the pores of alumina. Our results show the efficacy of self-organized structures to create arrays of quantum dots that are resistant to decoherence processes. Compared to other technologies, creating a quantum computer, using wide-pryamozoni defect-free materials provides the device at room temperature.