Xiankai Li
Papers
4
Total Citations
360
H-Index
4
About
Xiankai Li is an innovative materials scientist whose research sits at the dynamic intersection of soft matter engineering, flexible electronics, and responsive actuation systems. His work has made significant strides in harnessing the remarkable properties of liquid metals (LMs)—particularly gallium-based alloys like EGaIn—to advance next-generation wearable, biomedical, and robotic technologies. Li's most celebrated contribution, "Evaporation-induced sintering of liquid metal droplets with biological nanofibrils" (2019, 253 citations), elegantly solved a longstanding challenge in the field: enabling spontaneous coalescence of LM droplets despite their high surface tension and problematic oxide shells, by pairing them with biological nanofibrils to create flexible, conductive materials. His subsequent work on transportable and mechanically sinterable LM powders (2022, 30 citations) and bimetallic ion-chelated LM shells (2023, 28 citations) further expanded the practical processability and durability of these systems for electromagnetic shielding and energy harvesting applications. Beyond liquid metals, Li has explored biomimetic soft actuators, demonstrating how WS₂ nanosheet-activated hydrogels can replicate complex biological motions (2017, 49 citations). Collectively, his research offers transformative pathways toward truly adaptive, multifunctional soft devices.
Research Focus
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Top Papers
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