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We discuss the possibility of enhancing the chiroptical response frommolecules uniformly distributed around nanostructures that sustain localizedplasmon resonances. We demonstrate that the average optical chirality in thenear field of any plasmonic nanostrucure cannot be significantly higher thanthat in a plane wave. This conclusion stems from the quasi-static nature of thenanoparticle-enhanced electromagnetic fields and from the fact that, at opticalfrequencies, the magnetic response of matter is much weaker than the electricone.

Universal Quasi-Static Limit for Plasmon-Enhanced Optical Chirality