Plasma Science and Engineering

Plasma science and engineering researchers are advancing the frontiers of energy, materials, and environmental technologies by harnessing the fourth state of matter plasma. Our faculty lead efforts in understanding plasma behavior through theory, experiments, and advanced diagnostics, while also developing innovative applications across a wide range of fields. From plasma-assisted combustion and propulsion to plasma-enabled materials processing, nanofabrication, and environmental remediation, our research addresses both fundamental scientific questions and pressing global challenges. We apply high-performance modeling and simulation, along with cutting-edge laboratory techniques, to uncover the physics of low-temperature and high energy density plasmas. These insights drive progress in clean energy systems, advanced manufacturing, microelectronics, fusion technology, and biomedical engineering. Our strengths include interdisciplinary collaborations within the department and across the university, as well as strong partnerships with national laboratories, industry, and international research organizations, ensuring broad impact and access to world-class experimental and computational resources.