A research team at Chalmers University of Technology in Sweden has made great progress toward developing next-generation nanoelectronics by removing basic restrictions on noise.
In a recent study, researchers developed a springtail-inspired omniphobic membrane using innovative biomimetic techniques. The membrane shows exceptional hydrophobicity and stability, promising improved water purification in membrane distillation applications.
A team from Nagoya University in Japan has developed a novel method for producing the small metal nanowires (NWs) anticipated to be utilized in next-generation electronics, according to a study published in Science.
In a recent article published in Advanced Powder Materials, researchers introduced a one-step stretching method to enhance BaTiO3/PVDF nanocomposites, improving energy density and dielectric properties for advanced energy storage.
According to a study published in Small Science, Dr. Min-young Lee and Dr Sung-gyu Park of KIMS's Advanced Bio and Healthcare Materials Research Division have created a method based on plasmonic nanomaterials for optical signal amplification that can identify cancer mutant genes in blood with the highest sensitivity in the world—0.000000001%.
In a recent article published in Biomolecules, researchers explored advancements in green nanoparticle technology, focusing on its antimicrobial efficacy against clinical pathogens. By leveraging plant-based synthesis methods, this eco-friendly approach offers a promising alternative to traditional antimicrobial treatments.
Bioengineers at Rice University have produced a road map that illustrates how a set of proteins interact to form the nanometer-thin shell of the bubbles.
A group from Huazhong University of Science and Technology conducted a study, which was published on April 10th, 2024, in the Chinese Journal of Polymer Science and highlights a breakthrough in holographic polymer nanocomposites by using the liquid crystal E6M.
Professor Hongbo Zhang of Åbo Akademi University in Finland, together with colleagues, presented a self-healing hydrogel dressing based on structural color microspheres for wound care in a study that was published in Nano-Micro Letter.
In a recent article published in Polymers, researchers explored the development of polymer nanocomposites enhanced with copper nanoparticles through UV-photopolymerization.
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