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Researchers demonstrate wireless energy harvesting at the microscale using chiral tellurium, harnessing its intrinsic nonlinear conductivity for efficient rectification without an antenna.
A new technique called optofluidic crystallithography uses a laser to rapidly grow patterned single-crystal halide perovskites with unprecedented control over morphology, composition, and defect levels.
Researchers unlock the potential of conductive polymers in artificial muscle technology, achieving impressive performance with low-cost materials.
Scientists create self-assembling colloidal crystals from bacteriophages and synthetic polymers that could enable responsive drug delivery, antimicrobial surfaces, biosensors and tunable nanomaterials.
Researchers have developed untethered magnetic soft actuators that mimic biological structures for ultrafast, precise motions while maintaining impact resistance.
Scientists have developed a new light-controlled fluorescent ink that enables unbreakable anti-counterfeiting protection through secure multicolor printing inside polymer films.
Researchers have developed a method for integrating functional nanopatterns with comfortable textiles, enabling applications like non-invasive glucose sensing and light-activated antimicrobial masks.
Researchers develop graphene glass fiber fabric that combines high electrical conductivity, low electromagnetic reflectivity, and high electromagnetic transmissivity.