Simulations of colloidal particles in twisted optical tweezers lattices reveal percolating flat channels at magic angles that enable transport under weak drift forces for both square and hexagonal geometries.
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Colloidal transport in twisted lattices of optical tweezers
Simulations of colloidal particles in twisted optical tweezers lattices reveal percolating flat channels at magic angles that enable transport under weak drift forces for both square and hexagonal geometries.