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Description
Nanophotonic devices can push the limit of such instruments by trapping light in ultrasmall volumes and dramatically enhancing light-molecule interactions. Further, nanophotonics can add new functionalities and information content such as revealing protein conformation or misfolding from previously inaccessible small-molecule samples or potentially even down to the single molecule level.

Description
Nanophotonic devices can push the limit of such instruments by trapping light in ultrasmall volumes and dramatically enhancing light-molecule interactions. Further, nanophotonics can add new functionalities and information content such as revealing protein conformation or misfolding from previously inaccessible small-molecule samples or potentially even down to the single molecule level.