Programmable Nanovesicles Turn Hydrostatic Pressure Into Fluorescent Light Signals
Researchers at Institute of Science Tokyo developed pyrene-modified polyionic complex vesicles whose membrane stiffness can be tuned to program their ...
Researchers at Institute of Science Tokyo developed pyrene-modified polyionic complex vesicles whose membrane stiffness can be tuned to program their ...
Researchers combined a radial basis function neural network with sliding mode control to achieve up to 55.8 percent vibration reduction ...
Researchers found that cooling a rubber-stearic acid shape memory polymer with ice water instead of room temperature air dramatically improved ...
A hybrid steel and carbon fiber concrete achieves high strength, dramatically reduced resistivity, and reliable piezoresistive self-sensing under load.
A French research team has shown that carbon black can turn cement paste into a conductive, self-sensing material, and that ...
Researchers have 3D-printed a magnetic soft robot that can morph its body shape on the fly, switching between crawling, rolling, ...
Researchers report photo-guided azopolymer hydrogel actuators that bend, twist, and crawl under patterned light, offering a wireless control strategy for ...
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© 2025 Scienmag - Science Magazine