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About

Taysir H. Nayfeh is a pioneering researcher in the field of wireless power transmission (WPT), with a particular focus on high-intensity laser power beaming (HILPB) systems and their applications in both space exploration and terrestrial environments. His work has made significant strides in enabling extended mission durations and expanded capabilities for platforms that benefit from optically delivered electrical energy, addressing one of the fundamental challenges in remote and space-based power supply. Nayfeh's most influential contribution, "Optical frequency optimization of a high intensity laser power beaming system utilizing VMJ photovoltaic cells" (2011), has garnered 26 citations and represents a landmark advancement in optimizing laser-based WPT architectures using vertical multi-junction (VMJ) photovoltaic cells. His complementary work on HILPB system architecture and hardware implementation, alongside comparative studies of receiver geometries, further demonstrates a comprehensive and systematic approach to advancing this technology from theory to practical realization. Through his body of work, Nayfeh has helped establish HILPB as a credible and scalable solution for next-generation wireless energy delivery, making him a notable contributor to the growing intersection of photonics, power systems engineering, and aerospace technology.