Samantha P. Roberts

Papers

Total Citations

877

H-Index

About

Dr. Samantha P. Roberts is a leading figure in the mechanics of two-dimensional materials, renowned for pioneering the field of "graphene kirigami." Her seminal 2015 paper on the subject, with nearly 900 citations, introduced a transformative approach to engineering graphene by cutting and folding it into complex, stretchable structures, much like the Japanese art of paper cutting. This work has had a profound impact on the design of flexible electronics, sensors, and nanoscale actuators, demonstrating how structural patterning can dramatically enhance the mechanical properties of atomically thin materials. Beyond kirigami, Dr. Roberts has made significant contributions to understanding the fracture and fatigue behavior of graphene and other 2D crystals, often combining elegant theoretical models with precise experimental validation. Her research is widely cited for its clarity and innovation, and she has been recognized with several early-career awards for her ability to bridge fundamental mechanics with practical device applications. For students and researchers, her work serves as a masterclass in how creative structural design can unlock new functionalities in nanomaterials.