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Scientists have designed a novel biocatalyst as an artificial antioxidase to improve stem cell transplantation outcomes and offers an efficient, multifaceted, and robust artificial antioxidase for broad-spectrum ROS scavenging and has the potential to enhance stem cell-related therapies and address various ROS-mediated diseases.
Triboelectric nanogenerators (TENGs) are rapidly emerging as a cutting-edge technology with the potential to revolutionize the marine industry. As a novel technology that has made significant progress over the past decade, TENGs have been regarded as one of the most efficient methods for harvesting low-frequency ocean energy.
As AI and nanophotonics have distinct backgrounds, there is often a knowledge gap for those interested in this interdisciplinary area. A new book, the first of its kind, aims to introduce the fundamentals of both nanophotonics and machine learning, specifically deep learning, and to help readers understand how these fields can enhance each other.
Researchers have developed an effective nanomedicine for catalytic ROS-scavenging and ultrafast healing of inflammatory wounds. This groundbreaking work holds the potential to pave the way for developing artificial biocatalysts to treat chronic inflammatory diseases, ultimately improving the lives of millions of diabetic patients worldwide.
A recent review takes a look at the progress of organic field-effect transistors (OFETs) and their potential applications in flexible electronics. The authors explore the recent progress of OFET technology and some of the exciting, flexible electronic applications addressed by it.
A timely review covers the current state of protein corona research in nanomedicine, highlights challenges in research methodology and characterization, and discusses the role of artificial intelligence in advancing the field.
Researchers report remarkable quantum composites based on polymers with fillers comprised of a van der Waals material that reveals multiple quantum condensate phases. The quantum composites revealed unusually high dielectric constant while remaining electrically insulating.
Researchers demonstrate a new way to create chiral nanostructures using a laser beam. By carefully controlling the direction of the laser beam's vibrations, the researchers created a variety of chiral structures made of platinum oxide in unique shapes, like twisted micropillars and spiral superstructures.