Liquid crystal realignment in a variable optic insert adjusts focal power, eliminating the need for multiple lenses.
Dynamic peripheral zone expansion and contraction modify lens curvature, resolving vision transition discomfort caused by rigid multifocal designs.
Integrating a pupil dilation sensor into a contact lens substrate enables continuous monitoring of pupillary responses without external observers.
Sub-stoichiometric inorganic layers enable asymmetric reflection and transmission properties in optical coatings.