Speaker
Description
This talk explores the synergistic relationship between laser and plasma sciences, bridging fundamental physics with material engineering. The work on laser-produced isotopically pure plasmas, focusing on the complex ion collection dynamics essential for isotopic purification process, will be presented. In biomedical applications, laser-induced surface structuring that can be used to tune the bio-functionality of materials. Specifically, experimental evidence of improved cell adhesion, enhanced antibacterial properties, and superior corrosion resistance achieved through precise topographical modification will be discussed. Finally, we discuss recent results in Laser-Induced Graphene (LIG) synthesis, introducing a novel defect-healing technique developed in our laboratory to enhance the structural integrity and electrical performance of the graphene lattice.