N.J. Droessler

Papers

Total Citations

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About

N.J. Droessler’s research sits at the intersection of haptic feedback, assistive robotics, and human-machine interaction, with a particular focus on non-visual sensory substitution. In their most cited work, Droessler developed a sensate robotic gripper integrated with an electrotactile tongue stimulation system, enabling users to perceive grasped objects through tactile feedback alone—without relying on sight. This pioneering prototype, which modified a two-finger gripper with six conductive electrodes, demonstrated that complex object recognition could be achieved via the tongue’s high tactile acuity. Though the 2005 study has garnered 7 citations, its conceptual influence extends into broader fields of neuroprosthetics and sensory augmentation. Droessler’s contributions highlight a creative, user-centered approach to assistive technology, offering a pathway for individuals with visual or motor impairments to interact more intuitively with their environment. Their work remains a touchstone for researchers exploring non-invasive neural interfaces and embodied cognition in robotic systems.