Michael S. Crosser

Michael S. Crosser is a Professor at Linfield University specializing in the electrical properties of atomically thin materials, with primary focus on graphene-based biosensors and field-effect transistors. His research bridges nanotechnology and condensed matter physics to develop sensitive detection systems.

Education:

• B.S. in Physics and Mathematics from Centre College, Danville, KY
• Ph.D. in Physics from Michigan State University, East Lansing, MI

Crosser's research centers on charge transport mechanisms in graphene, particularly examining electrolyte interfaces, carrier mobility, and noise limitations for biosensing applications. His experimental work combines nanofabrication with electrical characterization techniques, recently extending to science communication through the "Crisscrossing Science" podcast that translates complex physics concepts for public audiences.

His publication history (2006-2019) reveals two distinct research phases: early work on superconducting Josephson junctions and later focus on graphene-electrolyte systems. This evolution demonstrates expertise in mesoscopic physics transitioning to applied nanoelectronics, with consistent emphasis on precise electrical measurement methodologies across both domains.

No scientific awards were mentioned in the source material.

Professor Crosser actively involves students in hands-on research, collaborating on data collection and analysis for publications. While specific grant funding isn't detailed, his work appears supported by institutional resources given consistent publication output in high-impact journals including Nano Letters and Applied Physics Letters.