Antony Tang

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About

Dr. Antony Tang is a leading researcher in bio-inspired robotics and hydrodynamic sensing, with a focus on developing energy-efficient autonomous systems. His work centers on the intersection of soft robotics, electroactive polymers, and fluid dynamics, aiming to replicate the sensory and locomotive capabilities of aquatic organisms. Tang's major contribution lies in pioneering the use of electroactive polymer-based hydrodynamic sensors for autonomous fishlike robots (AFRs), enabling low-power, real-time flow characterization that mimics biological lateral line systems. His 2023 paper, "Efficient swimming through electroactive polymer hydrodynamic sensing," has garnered 3 citations and addresses the critical challenge of reducing transportation costs in long-range swimming robots by integrating sensory feedback directly into propulsion control. This work has implications for marine exploration, environmental monitoring, and underwater surveillance, where energy efficiency and autonomy are paramount. Tang's research bridges fundamental materials science with practical robotics, offering a pathway to more agile and sustainable underwater vehicles. His innovative approach to sensor-actuator integration continues to inspire new directions in soft robotics and bio-inspired engineering.