Michael Fokine

Michael Fokine's research centers on applied glass science, with a focus on glass structure and structured glass. Based on methods of laser-material interaction, he has pioneered novel fabrication methods for photonic devices and systems used in sensing, optical fiber manufacturing, and additive manufacturing of glass.

A major area of his work involves the fabrication of specialty optical fibers using a custom-built, laser-based fiber draw tower. His innovations include single-crystal semiconductor-core, glass-clad optical fibers designed for nonlinear optics and mid-infrared applications, as well as world’s first laser-based glass 3D printer.

Michael has made significant contributions to glass processing, optical fiber technology, fiber sensors for extreme environments, and glass additive manufacturing, reflected in his extensive publication record and numerous patents.

Beyond his research, he actively contributes to academic leadership as the program director for the Applied Physics doctoral program. He also collaborates with industry and academic partners to advance optical technologies and their real-world applications.