nanotechnology

AI and nanotechnology are being applied to micronutrient products for U.S. crop nutrition, a shift that could change how farmers deliver zinc, boron and other trace elements to plants. The report suggests precision tools and nano-scale formulations may improve nutrient efficiency and uptake, with implications for yields, costs and fertilizer practices across American agriculture.

Physicists report that water confined in nanoscale spaces can exhibit a giant dielectric permittivity, far beyond its normal bulk value. The finding, highlighted by the American Physical Society, could affect how scientists understand water's behaviour in nanopores, biological membranes and nanofluidic devices, and may influence future research into energy storage and filtration technologies at the nanoscale.

New research using X-ray microscopy shows that nanoparticles behave in distinct ways when subjected to vortex flow. The findings offer a closer look at how microscopic particles move and respond within swirling fluid dynamics, a topic of interest in materials science and physics. Details on the research team and practical applications have not yet been widely reported.

Researchers have developed Nanomeritics, a new approach aimed at strengthening the characterization of nanoparticles. The method is presented as a way to improve how scientists measure and analyze nanoscale materials, a step that could support more reliable research and development across nanotechnology. Details beyond the announcement remain limited, and reaction from the wider scientific community is not yet documented.

A video presentation on the mechanochemistry of molecular motors is circulating among technology readers. The topic covers how motor proteins such as kinesin and myosin convert chemical energy into mechanical work at the molecular scale, a subject of ongoing interest in biophysics and nanotechnology. Discussion so far is limited, with the link shared primarily as a pointer to the technical material.