The topics include laser - matter interactions, laser spectroscopy and metrology, laser remote sensing and ecology, lasers in biology and medicine, laser systems and nonlinear optics and alternative techniques for material synthesis and processing. RTA presented six reports and posters under the guidance of Prof. Lazov, thus appearing as the second most important representative in the conference. The research and results reported at the conference are the result of the joint work of students and researchers from RTA, the Institute of Electronics, BAS and company Max Laser Ltd. The research is related to the tasks that are planned and solved under the project „Analysis of the parameters of the process of laser marking of new industrial materials for high-tech applications, Nr. 184.108.40.206/VIAA/3/19/474" - Postdoctoral research by RTA.
RTA master's student Andris Snikeris participated in one of the research work with a report on "Laser marking and engraving of household and industrial plastic products." Students Pēteris Čeirs and Imants Adijāns worked on another research report on the “Study of the contrast of laser marking of eggs”. Additionally, the joint science research between the RTA Physical processes and laser technologies research center and Institute of Electronics, BAS on thesis “RF magnetron sputtering of Bi12TiO20 thin film on various substrates”, was presented. The partner company Max Lasers Ltd also took part in the international conference ICSQE 2020 with the joint scientific report and poster on "Marking and engraving of aluminum using the CuBr laser system".The full manuscripts of the invited lectures and poster contributions will be published in the Journal of Physics: Conference Series (http://jpcs.iop.org), which is a high achievement for students and researchers.
The researcher Ivaylo Balchev and partners gratefully acknowledges financial support by the European Regional Development Fund, Postdoctoral research aid Nr. 220.127.116.11/16/I/001 research application "Analysis of the parameters of the process of laser marking of new industrial materials for high-tech applications, Nr. 18.104.22.168/VIAA/3/19/474".