Joris Sprakel

Papers

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About

Joris Sprakel is a leading figure in the field of adaptive and active polymer materials, with a particular focus on liquid crystal networks (LCNs) and their dynamic surface properties. His research explores how these materials can be programmed to change shape, topography, and functionality in response to external stimuli, bridging fundamental polymer physics with cutting-edge applications. A major contribution is his work on the "morphing of liquid crystal surfaces by emergent collectivity" (2019, 36 citations), which demonstrates how collective molecular behavior can drive controlled topographical changes, promising innovations in haptic feedback for soft robotics and self-cleaning surfaces. Additionally, his study on "electroplasticization of liquid crystal polymer networks" (2020, 27 citations) reveals how electric fields can soften and reshape LCNs, offering new pathways for energy harvesting and biomedical devices. With over 27 citations for this key work, Sprakel’s research is shaping the future of smart materials, making him a pivotal voice in the development of shape-shifting coatings and responsive polymers.