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The DMoS project focuses on creating artificial moiré superlattices using DNA, bridging the gap between angstrom and submicron scales. By engineering these structures, the project aims to explore how structural features influence function in spintronic and optical systems, potentially leading to new nanostructured devi…
Moiré patterns are commonly observed phenomena across all length scales. A moiré pattern arises from the spatial modulation of stacked sublattices, which have slightly different lattice constants and/or orientations.
This pattern forms a superlattice with a larger periodicity, spanning multiple unit cells of the sublattices.
To date, moiré superlattices comprising sublattices with lattice constants of several nanometers have not been experimentally realized.
Moiré superlattices at this len…
UNIVERSITY OF STUTTGART
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