Jackson Cortez

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About

Jackson Cortez is a rising figure in the field of robotic perception, with a focused interest in visuotactile sensing—a domain bridging robotics, haptics, and computer vision. His most notable contribution is the development of **OmniSense**, a novel visuotactile sensor designed to simultaneously capture force, texture, and temperature data. This work builds upon the legacy of GelSight-style sensors, which use a transparent elastomer to achieve high-resolution tactile feedback, but extends their capability by integrating multimodal sensing into a single, compact platform. Though early in its citation trajectory (2 citations as of 2024), OmniSense represents a significant step toward more dexterous robotic manipulation and enhanced human-robot interaction. Cortez’s research addresses a critical gap in tactile sensing—the need for rich, real-time contact measurements that go beyond simple pressure. His work is particularly relevant for applications in prosthetics, teleoperation, and autonomous grasping. As the field increasingly demands sensors that mimic human touch, Cortez’s innovations position him as a promising contributor to the next generation of intelligent robotic systems.