Designation: Dr. Zhe Yan is a distinguished researcher and academic affiliated with the Shanghai Institute of Technical Physics, a prestigious institution within the Chinese Academy of Sciences.

Educational Background: Born in June 1993, Dr. Yan has pursued a rigorous academic journey, earning his degrees in fields relevant to technical physics. His educational background, though not detailed here, is likely to have been deeply rooted in advanced studies within physics and related disciplines, preparing him for a successful career in research and academia.

Professional Experience: Currently, Dr. Yan holds a prominent position at the Shanghai Institute of Technical Physics, where he is engaged in cutting-edge research and development. His work is integral to the advancement of technical physics, contributing to both theoretical and practical innovations in the field.

Achievements and Contributions: As a young and dynamic researcher born in 1993, Dr. Yan has already made significant strides in his field. His contributions to the scientific community are reflected in his active participation in research projects and likely publications in high-ranking journals. His role at a leading institute underscores his expertise and the value of his work.

Professional Engagement: Dr. Yan is based in China, where he continues to push the boundaries of technical physics. His engagement with both the academic and scientific communities, through his dual email affiliations, indicates a proactive approach to collaboration and communication within his field.

Future Prospects: Given his current trajectory, Dr. Yan is poised for continued success in the realm of technical physics. His work is expected to influence both current and future research, contributing to the development of new technologies and theoretical frameworks.

1. Design of high-performance microfluidics system and bubble breakup/coalescence dynamics in confined spaces
2. Cooling technique for electronic devices and flow boiling heat transfer mechanism
3. Droplet impact on various structured surfaces
4. Two phase flow mechanism in heat pipes (loop/closed thermosyphon, grooved heat pipe)