Harley T. Johnson
Papers
1
Total Citations
7
H-Index
1
About
Harley T. Johnson is a leading figure in the mechanics of nanomaterials, with a focus on the controlled deformation and manipulation of two-dimensional materials. His work bridges theoretical mechanics and experimental realization, particularly in the realm of graphene and other atomically thin crystals. Johnson’s most-cited research, "Pathways to controlled 3D deformation of graphene: Manipulating the motion of topological defects" (2021, 7 citations), introduces a groundbreaking framework for engineering three-dimensional shapes in graphene by precisely controlling the motion of topological defects—such as dislocations and grain boundaries. This contribution is pivotal for designing next-generation flexible electronics, nanoscale actuators, and metamaterials with tunable properties. While his citation count reflects a specialized and emerging field, Johnson’s work is recognized for its conceptual depth and potential to unlock new functionalities in low-dimensional systems. His research has implications for strain engineering and defect-mediated plasticity, offering a roadmap for harnessing graphene’s mechanical versatility. Johnson’s achievements include advancing the understanding of how atomic-scale defects can be harnessed for macroscopic shape control, positioning him as a key innovator in nanomechanics and materials science.
Research Focus
Key Achievements
Top Papers
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