Explore the cutting-edge field of active self-assembling materials that consume energy to reorganize, repair, and adapt like living tissues.
Discover how water forms structured layers at the nanoscale next to various surfaces, from hydrophilic to hydrophobic substrates.
Explore how in-liquid electron microscopy enables real-time observation of molecular processes in their native liquid environments
Explore the fascinating world of nanomagnetism and discover how this cutting-edge science could transform computing, medicine, and environmental technology.
Explore how temperature and electric charge control the movement of molecular machines, the transformative nanotechnology with applications in medicine and materials science.
Explore how synthetic nanomotors are engineered to navigate biological filament networks for revolutionary medical applications.
Explore how Atomic Force Microscopy has evolved from an imaging tool to a sophisticated nanomachining platform, enabling precise fabrication at the atomic scale.
Discover how two-dimensional micelles on graphene surfaces are transforming materials science, energy storage, and biomedical applications through groundbreaking research.
Explore the revolutionary technology of nanoscale magnetometry using fluorescent nanodiamonds and anti-Brownian electrokinetic traps for unprecedented microscopic imaging.
Explore how nanobiotechnology is revolutionizing medicine through targeted drug delivery, advanced diagnostics, and microscopic surgical tools operating at cellular levels.