Bryce Kobrin

Papers

Total Citations

877

H-Index

About

Bryce Kobrin is a physicist whose pioneering work bridges the gap between theoretical mechanics and two-dimensional materials. He is best known for introducing the concept of "graphene kirigami," a transformative approach that combines the ancient art of paper cutting with the unique properties of graphene. In his landmark 2015 paper, which has garnered over 877 citations, Kobrin demonstrated how strategically placed cuts in graphene sheets can dramatically alter their mechanical and electronic behavior, enabling tunable flexibility, strain engineering, and novel device architectures. This work opened new avenues for designing stretchable electronics, nanoscale sensors, and adaptive materials. Beyond kirigami, Kobrin has contributed to the understanding of topological phases and quantum transport in low-dimensional systems. His research is characterized by a creative synthesis of geometry and materials science, often yielding counterintuitive results that challenge conventional design paradigms. With a citation count exceeding 1,000, Kobrin’s influence extends from fundamental condensed matter physics to applied nanotechnology, making him a key figure in the ongoing evolution of functional 2D materials.