Examination of Iran, Russia, and China’s Cooperation Opportunities in Nano and Microelectronics
The international symposium "Nano-Micro ICR2025" was held with the aim of reviewing the latest advancements in nano and microelectronics technology among Iran, China, and Russia.
According to a report by Mehr News Agency, citing the Science, Technology, and Knowledge-Based Economy Vice-Presidency, a wide range of nano-related topics were discussed and examined during this symposium, including nanomaterials and their applications, nanobiotechnology and nanomedicine, nano- and microelectronics, as well as advanced methods for constructing and analyzing nanostructures.
Prominent scientific figures from leading universities and research institutions worldwide attended the event. Professor Guanjun Nie of the Chinese Academy of Sciences presented a discussion on the use of membrane vesicles for tumor immunotherapy.
Professor Yue-Ai Miao from Donghua University in China addressed the mechanisms of ion transport in fibrous composite electrolytes. Professor Igor Kudinov from Samara State Technical University in Russia introduced pyrolysis technologies for hydrogen and carbon nanomaterial production. Additionally, Professor Oleg Parfenov from Ufa University of Science and Technology presented his research on biomimetic coatings for medical implants.
From Iran, Methem Jalali from Iran University of Science and Technology described innovative methods for synthesizing high-temperature nano-ceramics using magnesium combustion. Masoud Atapour from Isfahan University of Technology introduced advanced nanoscale coatings that enable cost-effective green hydrogen production.
Moreover, Professor Albert Nasibulin from Skolkovo Institute of Science and Technology in Russia explained transparent conductive layers made from single-walled carbon nanotubes.
Participants in the symposium believe it played an important role in strengthening scientific and technological cooperation among the three countries and advancing cutting-edge technologies in the fields of nanotechnology and microelectronics.
