Mike Melnichuk

Mike Melnichuk serves as a Lecturer II in the Department of Physics at the University of Michigan, specializing in introductory physics instruction for life-science/pre-medical and engineering students since 2008.

Education:

• Postdoctoral Research Associate in Biophotonics, University of Wisconsin—Milwaukee
• Postdoctoral Research Scientist, Electro-Optics Research Institute and Nanotechnology Center, University of Louisville
• Ph.D. in Physics, University of Houston
• B.S. in Physics (Minor in Mathematics), University of Houston

Dr. Melnichuk's research bridges fundamental optical phenomena and biological applications, with core expertise in electro-optic effects in crystals and advanced microscopy techniques. His doctoral work established foundational understanding of quadratic electro-optic responses, while postdoctoral research expanded into biophotonics through development of two-photon microscopes for cellular imaging and laser-based manipulation systems for micro-particles and nanostructures. This interdisciplinary trajectory demonstrates consistent innovation in optical instrumentation spanning condensed matter physics and biophysical systems.

His publication record reveals a clear evolution from fundamental crystal optics (2006-2017 Physical Review A papers on Kerr effects) to biological applications (2009 Nature Photonics paper on protein complexes), highlighting expertise in nonlinear optics, nanophotonics, and quantitative biophysical imaging. The research consistently addresses material-light interactions across scales from atomic crystals to cellular membranes.

At the University of Michigan, Dr. Melnichuk focuses exclusively on pedagogy, developing curriculum for diverse student populations without active research grants or student advising responsibilities. His laboratory experience includes participation in biophysics groups at Wisconsin-Milwaukee and Louisville, contributing to projects involving digital image processing, optical trapping systems, and nano-photonic characterization techniques.