DECOHERENCE III-N NIZKORAZMERNYE NANOSTRUCTURES QUANTUM PROCESSOR

Authors

  • V. Y. Osynskyi National Technical University of Ukraine "KPI",SRI "microdevice" NAS
  • Y. V. Masol "Rostock" Company
  • M. S. Onachenko SRI "microdevice" NAS
  • A. V. Sushyi SRI "microdevice" NAS

Keywords:

decoherence, quantum dots, a qubit, nitrides, self- organized structures

Abstract

In the work proposes an increase in the time of the coherent state at room temperature by using quantum dots inside the single crystal structure with a large band gap, in particular, direct-gap materials or aluminum gallium nitride grown in nanoreactors anodic aluminum oxide or silicon oxide , resulting in the pores of alumina . Our results show the effectiveness of such self-organized structures in order to create arrays of quantum dots that are resistant to decoherence processes. In comparison with other technologies for building a quantum computer, the use of wide-band direct-gap materials provides defect-free operation of the devices at room temperature.

Author Biographies

V. Y. Osynskyi, National Technical University of Ukraine "KPI",SRI "microdevice" NAS

prof., Director of the optoelectronic technology NII "Mykropryborы" NAS

Y. V. Masol, "Rostock" Company

Ph.D., president of the company "Rostock"

M. S. Onachenko, SRI "microdevice" NAS

aspyrant, Engineer Center optoelectronic technologies NII "Mykropryborы" NAS 

A. V. Sushyi, SRI "microdevice" NAS

aspyrant, Engineer Center optoelectronic technologies NII "Mykropryborы" NAS 

References

1. Осинский В.И. Информационные нанотехнологии / И.В. Масол, В.И. Осинский, О.Т. Сергеев. – К.: Макрос, 2011. – 560 с.
2. От гетеролазера до квантового компьютера / А.В. Палагин, В.И. Осинский, А.А. Мержвинский, А.В. Осинский, А.И. Золотопуп, Н.И. Ходаковский // Computers in Europe. Past, Present and Future: Proceeding II International Symposium. – October 1998. – Kiev. – P.437-451.
3. Banyai L, Koch S.W. Semiconductor Quantum Dots.-World Scientific.-1993.
4. Bryant G.W. Physica B, (March 1993) Sabmited to Phys. Rev. 1993.
5. Патент Украины № 33246 Квантовый процессор. Палагин А.В., Осинский В.И., Мержвинский А.А., Осинский А.В., Золотопуп А.И., Ходаковский Н.И., Яворский И.А.. – 2001 г.
6. Видимый эффект микрорезонатора в ближнем поле фотолюминесценции одной квантовой точки / А.М. Минтаиров, С.В. Осинский, О.В. Коваленков и др. // Физика и технологии. – 2000. – Санкт-Петербург. – ст. 232-235.

Downloads

Abstract views: 286

Published

2021-01-13

How to Cite

[1]
V. Y. Osynskyi, Y. V. Masol, M. S. Onachenko, and A. V. Sushyi, “DECOHERENCE III-N NIZKORAZMERNYE NANOSTRUCTURES QUANTUM PROCESSOR”, Опт-ел. інф-енерг. техн., vol. 27, no. 1, pp. 62–72, Jan. 2021.

Issue

Section

Optical and Quantum Electronics in Computer and Intellectual Technologies

Metrics

Downloads

Download data is not yet available.