Disordered materials subject to periodic drive often trigger microscopic structural rearrangements that iteratively alter the material’s properties. This process gives rise to nontrivial phenomena such as, memories, yielding and emergent limit cycles, where the microscopic states are sequentially revisited. The goal of the research is to gain insight into these phenomena from the perspective of the structural organization that stems from the periodic driving.
Organization of bistable materials under periodic drive
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Faculty of Mechanical Engineering, Technion - Israel Institute of Technology, Haifa
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