Research & Technical Insights

Published in Nature Robotics (January 2026): Our latest research achieves unprecedented force sensitivity using bio-inspired neuromorphic architectures, rivaling human mechanoreceptor performance.

Published in Science Advances (December 2025): Harnessing quantum tunneling for ultra-sensitive pressure detection with picometer-scale displacement resolution.

Published in Advanced Materials (November 2025): Revolutionary polymer matrix achieves full recovery from severe damage within 24 hours at room temperature.

Published in IEEE Transactions on Robotics (October 2025): First comprehensive multimodal artificial skin system combining pressure, temperature, vibration, and proximity data.

Published in Nature Biomedical Engineering (September 2025): First successful demonstration of direct neural integration of artificial skin with human peripheral nerves.

Published in Nature Electronics (August 2025): Breakthrough in continuous manufacturing process enables production-scale robotic skin at 1/100th previous cost.

Published in Science Robotics (July 2025): Novel AI framework enables robots to autonomously learn tactile representations without human labeling.

Published in npj Microgravity (June 2025): NASA-funded research demonstrates robotic skin functionality from -196 degreesC (liquid nitrogen) to 500 degreesC (Venus surface conditions).