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Scientists overcome hurdles of monodispersity and aggregation to create multifunctional nanoparticles which demonstrate simultaneous biomedical imaging and therapeutic potential
Polymer solar cells consisting of two types of complimentary molecular units are able to collect light from the whole visible spectrum, thereby significantly increasing conversion efficiency.
Double helices of synthetic polymers that can self sort based on both length and the sequence of binding units provide a step forward in the quest for a molecular computing.
Nanostructured liquid crystals made from molecules that contain both an ionic group and a pi-conjugated system can be used to make electrochromic devices without the need for additional electrolytes.