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About

Li Tang is a materials scientist whose research sits at the intersection of hydrogel engineering, soft robotics, and smart materials. Their work centers on designing advanced hydrogels with exceptional mechanical performance, self-healing capabilities, and stimuli-responsive behavior — properties that are notoriously difficult to achieve simultaneously. Tang's most influential contribution, a double-network physical cross-linking strategy (2019, 100 citations), demonstrated how fully physically cross-linked hydrogels could achieve both bulk mechanical strength and surface adhesiveness, opening new avenues for biomedical and engineering applications. Building on this foundation, their research expanded into bilayer hydrogel actuators, developing innovative synchronous ultraviolet polymerization strategies to resolve the persistent challenge of weak interfacial toughness — a critical bottleneck in soft robotics and artificial muscle design. Tang has also pioneered antifreeze conductive hydrogels for flexible sensing applications and explored MXene-based programmable nanocomposite films, reflecting a versatile command of functional materials. Their most recent work on bidirectional LCST/UCST bilayer actuators pushes the frontier of bioinspired smart systems. Collectively, Tang's growing citation record and trajectory signal an emerging researcher making meaningful, practical contributions to next-generation soft materials and intelligent device technologies.