Krishna Dheeraj Kommuri

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About

Krishna Dheeraj Kommuri is a researcher at the forefront of haptic technology, specializing in affective touch and soft robotics. His work centers on engineering tactile interfaces that can elicit emotional responses, bridging the gap between physical sensation and human emotion. In his notable 2025 paper, "Rendering Affective Touch With an Array of Pneumatic Unit Cell Actuators," Kommuri introduces an innovative approach to simulating stroke stimuli—a key form of affective touch—using an array of eight discrete Pneumatic Unit Cells (PUCs). This contribution addresses a critical challenge in haptics: creating believable, emotionally resonant touch without complex mechanical systems. By leveraging soft, pneumatic actuators, his research opens new possibilities for applications in virtual reality, telepresence, and assistive technologies. While his work is still early in its citation impact, the conceptual and technical novelty of his approach positions him as an emerging voice in the field. Kommuri’s dedication to rendering nuanced, illusory touch experiences underscores his commitment to making human-computer interaction more intuitive and emotionally meaningful.