Room-temperature method transforms liquid crystal 'fabric' into soft robotic actuators
New method turns liquid crystal elastomers into soft robotic actuators at room temperature, enabling easier customization and mass production.
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New method turns liquid crystal elastomers into soft robotic actuators at room temperature, enabling easier customization and mass production.
Researchers develop a precise method for patterning gold nanoparticles on surfaces using DNA origami and electron beam lithography, enabling tunable plasmonic metasurfaces.
Innovative quantum neuroelectronic devices mimic key functions of brain synapses, demonstrating promise for reducing effects of age-related cognitive decline.
Researchers have developed a novel photochromic material that exhibits high-contrast luminescence switching. This material enables optical data storage with enhanced density and multilevel security using an innovative rotary encoder design.
Magnetic nanomotors enable highly efficient capture and precise identification of emerging pollutants at part-per-trillion concentrations, offering a sustainable solution for water quality monitoring.
New research shows nanoparticle surfactants allow thermal welding and modular design of all-liquid fluidic devices, overcoming limitations of previous approaches.
A new coaxial electrospinning method creates uniform ceramic nanofibers and springs from dilute, non-spinnable sols by encapsulating them in a polymer shell.
Researchers have created a novel memristive hardware framework that enables artificial intelligence systems to efficiently explain their decision-making process.