USE OF COMPUTER IMITATION MODELS IN TEACHING QUANTUM ELECTRONICS
Keywords:
Education system, physics, methodology, quantum electronicsAbstract
The article deals with the use of computer simulation models in the teaching of quantum electronics, the latest achievements of information technology in education, the analysis of existing scientific publications on the application of software in the educational process, the problems in this area. , the relevance of the idea put forward. It was noted that the peculiarities of teaching physics, the impossibility of observing them in natural conditions, the difficulty of explaining such processes in the traditional method of teaching. In the science of "quantum electronics" created a computer simulation model of processes that can not be observed in natural conditions. The results obtained are given, the importance is stated.
References
Lutfillaev, M. Integration of information technologies in improving the educational process in higher education (on the example of computer science and natural sciences): Dis. doct. ped. science. -Tashkent: UzDPITI, 2006. –212 p. 2. Dyachenko, S. The use of the integrated symbolic system of Mathematis in the study of the course of hanging mathematics at the university: Dis. ... sand. ped. sciense. - Oryol, 2000 .-- 164 p. 3. Gulomov, S., Abdullaev, A. Virtual stand for imitation of functions of educational masters and laboratory installations. –Tashkent: MVISSO, 2002. -23 p. 4. Pulotov, A. Methods of forecasting and using the level of knowledge of students (on the example of teaching the subject "Computer Science and Information Technology"). Dis. ... cand. ped. science. -Tashkent: TDPU, 2006. -139 p Bidaybekov, Y., Grinshkun, V. Computer modeling and computational experiment in pedagogical research. http://www.bitpro.ru/ITO/2000/II1/14.html 6. Fayziev, M. Methodology of formation of knowledge and skills of students on the basis of computer simulation model (on the example of the subject "Informatics and Information Technologies"). Dis. ... cand. ped. science. -Tashkent: TDPU, 2008. –137 p. 7. Ganiev, F., Indiaminov, N. Some problems of modern pedagogical technology. Methodical manual. Part 1. Samarkand: SamSU, 2004. –104 p. 8. Tursunov, A., Tukhlibaev, O. Introduction to quantum electronics. Tashkent, Teacher, 1992, -170 p. 9. Abdurazzokov, A., Nazirov, E. Young Physicist Encyclopedic Dictionary Uzbek Soviet Encyclopedia General Editor, Tashkent, Teacher, 1989, 168-172, 186-187 p. 10. Shadiev, R., Shadiev, N., Fayziev, M., Halubitskaya, Y. Improving Student Learning Satisfaction in Lectures in English as a Medium of Instruction with Speech-Enabled Language Translation Application. Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics), 2020, 12555 LNCS, p . 576–581. https://doi.org/10.1007/978-3-030-63885-6_62. 11. Shadiev, R., Shadiev, N., & Fayziev, M. (2018, August). Exploring influence of cultural constructs and social network on cross-cultural learning. In International Conference on Innovative Technologies and Learning (pp. 345–350). Cham, Switzerland: Springer. https://edusummit2019.fse.ulaval.ca/sites/edusummit2019.fse.ulaval.ca//files/TWG11-ActionAgenda.pdf
Downloads
Published
How to Cite
Issue
Section
License
This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.
