Dr.Babak Shokri
Professor of Shahid Beheshti University- Physics Dept. and Laser-Plasma Research Institute
Professor Babak Shokri is a distinguished faculty member at the Laser and Plasma Research Institute and the Physics Department of Shahid Beheshti University. With a deep-seated expertise in Plasma Physics, Professor Shokri has dedicated his career to advancing the field through both teaching and innovative research. His work primarily focuses on the applications and dynamics of plasma, contributing significantly to both academic knowledge and practical implementations. Verified by his institutional email at sbu.ac.ir, Professor Shokri is a respected voice in the scientific community, continually seeking to uncover new possibilities in plasma technology.
Behnam Ghanbarzadeh
Senior Research Director
Behnam Ghanbarzadeh is a distinguished PhD candidate and Senior Research Director who is currently pioneering the use of Radio Frequency (RF, 13.56 MHz) Plasma in Vacuum to optimize the thickness and homogeneity of the Solid Electrolyte Interphase (SEI) layer while suppressing dendrite growth on lithium metal anodes. His research aims to enhance the efficiency and safety of lithium batteries, crucial for advancing next-generation energy storage solutions. Previously, Behnam has significantly contributed to the field of battery safety through various innovative plasma surface modification and deposition techniques on battery separators. His work combines a deep understanding of materials science with practical applications to improve battery performance and safety, positioning him as a leading expert in the realm of battery technology.
Sam Babayans
Researcher and Data analyst
Sam Babayans is an enterprising master’s student specializing in the groundbreaking use of Metal-Organic Frameworks (MOFs) for dendrite suppression in lithium-ion batteries. Through a combination of advanced materials science and meticulous data analysis, Sam explores ways to enhance the structural and electrochemical properties of MOFs, aiming to increase battery efficiency and safety. His research efforts contribute to a deeper understanding of battery technology and hold promise for extending battery life and performance. Sam’s analytical prowess and innovative approach make him a notable up-and-coming researcher in energy storage solutions.
Ali (Samir) Maleki
Computational Scientist
Ali Maleki is a promising computational scientist currently completing his master's degree. He specializes in utilizing advanced simulation software like COMSOL to develop sophisticated models that address complex challenges across various domains, including materials science and energy systems. Ali's expertise in creating accurate simulations provides invaluable insights, contributing significantly to both academic research and practical applications in industry. His commitment to leveraging computational tools for scientific discovery exemplifies his potential as a rising expert in the field.