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Using DNA origami, in article number 1800273, Tim Liedl and co‐workers demonstrate the assembly of molecularly designed rhombohedral crystalline lattices with unit cells providing large open spaces for co‐crystallization of guest components such as gold nanoparticles. Lattices like the ones shown here could act in future research as tunable photonic crystals operating at visible wavelengths. Cover...
3D crystals assembled entirely from DNA provide a route to design materials on a molecular level and to arrange guest particles in predefined lattices. This requires design schemes that provide high rigidity and sufficiently large open guest space. A DNA‐origami‐based “tensegrity triangle” structure that assembles into a 3D rhombohedral crystalline lattice with an open structure in which 90% of the...
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