Explore how ultrananocrystalline diamond (UNCD) films are revolutionizing MEMS/NEMS devices with their exceptional mechanical, tribological, and electrical properties.
Discover how scientists are creating light-responsive dendrimers that can shrink and expand on command for advanced drug delivery and nanotechnology applications.
Explore the fascinating world of atomically precise metal nanoclusters and their revolutionary applications in technology, from clean energy to biomedical imaging.
Explore how inorganic precipitated membranes work, their preparation process, and their applications in clean water, batteries, and sustainable technology.
Explore how carbon nanotubes connected by molecular bridges are revolutionizing electronics, medicine, and energy technology through nanoscale engineering.
Explore how Phthalocyanine films interact with gases at the molecular level, enabling advanced gas sensing technology for environmental monitoring and medical diagnostics.
Explore how scientists use microtomy to analyze heat-treated electro-spun TiO2 fibers for next-generation solar technology.
Explore recent breakthroughs in ferroelectric nanostructures and multilayers, including sliding ferroelectricity and proximity effects that enable nanoscale ferroelectricity.
Discover how a breakthrough contamination-free method is revolutionizing materials science by providing pristine views of metals under stress at the atomic scale.
Explore the fascinating world of Cellulose II aerogels - ultra-light, sustainable materials revolutionizing environmental cleanup, electronics, and medicine.