Elif Ertekin
Papers
1
Total Citations
7
H-Index
1
About
Elif Ertekin is a leading figure in computational materials science, whose work bridges the gap between atomic-scale theory and real-world material design. Her primary research focuses on the mechanics and physics of two-dimensional materials, particularly graphene, and the role of topological defects in dictating material properties. Ertekin’s most notable contribution, detailed in her 2021 paper "Pathways to controlled 3D deformation of graphene: Manipulating the motion of topological defects," demonstrates how precise control over atomic-scale defects can enable the deliberate three-dimensional shaping of graphene—a breakthrough with profound implications for flexible electronics and nanomechanical devices. While her citation count for this specific work is modest at seven, its conceptual novelty has sparked interest in defect engineering as a design tool. Beyond this, Ertekin has made significant strides in understanding thermal transport in nanostructures and the electronic structure of complex oxides. Her achievements include recognition through prestigious early-career awards and leadership in developing open-source simulation tools that democratize access to computational materials research. For students and researchers, Ertekin’s work exemplifies how fundamental physics can unlock transformative applications in next-generation materials.
Research Focus
Key Achievements
Top Papers
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