Development of Quantum Electronics

Rano Mehrievna  Saidova; Dilafruz Axmatovna  Muhammadova

Rano Mehrievna Saidova Lecturers of Bukhara State University
Dilafruz Axmatovna Muhammadova Lecturers of Bukhara State University

Keywords: quantum optics, experimental groups, fiber optic quantum cryptography, atmospheric quantum cryptography, quantum computing with single neutral atoms, femtosecond laser printing, quantum light state engineering

Abstract

The development of experimental methods of quantum optics has led to the emergence and rapid growth of a new field - quantum communication and quantum computing. The Laboratory of Quantum Optical Technologies is working on solving key scientific problems in the field of quantum technologies: the creation of quantum cryptography and quantum communication systems, the physics of cold atoms and their interaction with light fields, integral photonics and quantum state engineering, new methods of quantum measurements and quantum tomography.

References

1. E.S. Shears, Trans. Brit. Ceram. Soc., 61, 225 (1962)
2. W.W. Goldschmadt, Skr. Norsk vid.-akad. Oslo, №5 (1925), №7 (1927).
3. K. Löhberg, Z. phys. Chem., B-28, №5, 402 (1935)
4. R.S. Roth, S.J. Schneider, J.Res. NBS, 64A, 309 (1960)
5. J. Warschaw, R. Roy, J. phys. Chem. 65, №11, 2048 (1961)
6. M.V. Shafer, R. Roy, J. Amer. Ceram. Soc., 42, 563 (1959)
7. L. Wolf, H. Bärnighausen, J. prackt. Chem., 3(4), №3/4, 228 (1956)
8. A. Jandelli, Gazz. Chim. Ital., 77 №7/8, 312 (1947)
9. В.В. Серебренников. Химия редкоземельных элементов, т.1 Томск (1959)
10. Г.Э. Кремерс. В сб. «Редкоземельные металлы. Металлургия редкоземельных металлов», ИЛ, М., стр.7 (1962)
11. Б.Лав. В сб. «Редкоземельные металлы. Металлургия редкоземельных металлов», ИЛ, М., стр.76 (1962)
12. Lee Linda, N.D. Green «Corrosion», 20, №5, 145 (1964)
13. K.S. Vorres, Le Roy Eering, Rare Earth Research., ed. By Kleber, E.V. Macmillan Co. N. Y., S. 119 (1961)
14. W. H. Zachariasen, Z. phys. Chem., 123, 124 (1926)
15. L. Pauling, Z. cristallochem., 69, 415 (1928); 75, 128 (1930)
16. R. M. Douglass, Analyt. Chem., 28, №4, 551 (1956)
17. O. J. Guentert, R. J. Mozzi, Acta crystallogr., 11, №10, 746 (1958)
18. R. M.Douglass,E. Staritzky, Analyt. Chem., 28, №4, 552 (1956)
19. M. Foex, Bull. Soc.,chim. France, №1, 137 (1962)
20. В. Б. Глушкова, А. Г. Боганов, Изв. АН СССР, серю хим., №7, 1131 (1965)
21. А. Г. Боганов, В. С. Руденко, ДАН СССР, 161, №3, 611 (1963)
22. G. Brauer, R. Müller, Z. anogram. Allgem. Chem., 321, №5/6, 234 (1963)
23. H. R. Hockstra, K. A. Gingerich, Science, 146, 1163 (1964); Inorg. Chem. 5, 754, (1966)
24. B. H. Justice, E. F. Westrum, J. Phys. Chem.., 67, №2, 339 (1963)
25. E. F. Westrum. Progress in the Science and Technology of the rare earths, vol. 11, ed. Le Roy Eyring (1964)
26. Atoyeva, M. F. (2017). Use of Periodicity in Teaching Physics. Eastern European Scientific Journal, (4), 35-39.
27. M.F. Аtoyeva. Didactic foundations of inter-media relations in the training of university students. International Scientific Journal. Theoretical & Applied Science. p-ISSN: 2308-4944 (print) e-ISSN: 2409-0085 (online). Year: 2020 Issue: 06 Volume: 86, Р. 124.
28. Заир-Бек С.И., Муштавинская И.В.Развитие критического мышления на уроке: Пособие для учителя. – М.: Просвещение, 2004. – 175 с.
29. Аtoyeva, M. F. Pedagogical Tests As An Element Of Types Of Pedagogical Technologies. The American Journal of Applied Sciences, 2(09), 2689-09. DOI-10.37547/tajas Volume 2 Issue 9, 19.09.2020. ISSN 2689-09. 92 The USA Journals, USA www.usajournalshub.com/index.php/tajas 164-169. Имп.5.2.
30. M.F. Аtoyeva. The significance of periodicity at teaching physics. The Way of Science. – Volgograd, 2016. – № 10 (32). – P.62-64.
31. Атоева, М. Ф. (2016). Эффективность обучения электродинамике на основе технологии периодичности. Путь науки, (10), 65-66.