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A substrate mimicking the surface topography and temperature sensitivity of skin goosebumps is fabricated. Close‐packed arrays of thermoresponsive microgel particles undergo topographical changes in response to temperature changes between 25 and 37 °C, resembling the goosebump structure that human skin develops in response to temperature changes or other circumstances. Specifically, positively charged...
Skin goosebumps form in response to specific internal/external stimuli in the environment. In article number 1902376, Bin Li and co‐workers develop goosebumps‐inspired microgel patterns based on self‐assembled thermoresponsive microgels on polymer brushes modified substrate through electrostatic adsorption. The temperature responsiveness of the microgel monolayer assemblies allows reversible changes...
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