How GraMOS Works

GraMOS — short for Graphene-Mediated Optical Stimulation — is a breakthrough technology that transforms light into precisely controlled electrical signals using the remarkable properties of graphene. When light strikes the graphene surface, it excites high-energy charge carriers that create localized electric fields. These fields interact with the surrounding environment through a non-contact, capacitive mechanism, delivering stimulation or modulation without the need for electrodes, heat, or chemical alteration.

This ultrafast light-to-electric conversion happens within milliseconds, providing exceptional temporal and spatial precision. Because graphene is atomically thin, transparent, and highly conductive, GraMOS integrates effortlessly into diverse 2D and 3D systems — from advanced materials and sensors to biohybrid and robotic platforms.

In essence, GraMOS bridges the gap between light and electronics, offering a universal, non-invasive interface for the next generation of smart and adaptive technologies.