A Photo-JFET pixel integrates photodetection, amplification, and neural stimulation within a single silicon mesa structure.
Implanted optical phased array replaces invasive neuronal interfaces by projecting targeted retinal images, reducing scotomas and surgical trauma.
A contact lens applies negative pressure to draw the cornea onto a deformation side, reshaping it into an emmetropic configuration.
Segmented outlet ducts in a glaucoma implant mesh control hydraulic resistance, reducing fibrotic encapsulation and maintaining effective drainage.
A hydrophobic pseudo-endothelial implant bonded to the posterior cornea serves as a water barrier.
Alternating organic and inorganic film layers extend permeation paths to isolate implantable devices from water and oxygen while reducing packaging volume.
Composite parylene-C and silicone layers reduce water vapor transmission while maintaining elastic flexibility for long-term implant reliability.
A scleral belt employs a ratcheting strap and pivot frame to adjust buckling height, eliminating cumbersome manual localization during surgery.