CORDIS Project
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The project explores the mechanical properties of two-dimensional materials like graphene and molybdenum disulfide under extreme strain. By using a novel support technique, it aims to induce significant local strains to investigate new electronic phenomena and transport properties.
Inherent stability of layered 2D materials supports a remarkably large strain along the plane of these 1-atom-thick crystals.
For example, graphene and MoS2 can stretch, in principle, by 20% - ten times more than the typical intrinsic breakdown strain of 3D crystals.
Such extreme deformations of the interatomic distance can drive exciting structural phase transitions, support fascinating electronic orders, and pro-foundly impact the electronic or optical response.
Individually, however, pulling…
TEL AVIV UNIVERSITY
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