Aluminum scandium nitride films, with high stability and superior ferroelectric properties at high temperatures, are promising for next-generation memory devices.
Researchers have embedded gold nanorods in hydrogels for 3D printing structures that contract with light exposure and expand when light is removed, enabling remote actuation.
Researchers enhance stability and bioavailability of mRNA nanocarriers using triphenylphosphonium in polymeric micelles, improving drug delivery efficiency.
Understanding and controlling the mechanical stability of 2D materials is crucial for their applications. A research team has developed a new method to assess instability in atomically thin films.
Researchers develop flexible, colorful films made entirely from cellulose, combining the optical properties of nanocrystals with the strength of nanofibers for sustainable electronics.
High-quality microspheres from conjugated organic polymer blends show excellent lasing properties with a Q>18,000, ultra-low lasing threshold, and very narrow linewidths, ideal for ultrasensitive sensing.
