Discover how scientists craft lead chalcogenide alloy and core-shell nanowires with extraordinary properties for next-generation technology.
Explore the fascinating world of cobalt spinel ferrites - magnetic ceramics powering modern technology from smartphones to cancer treatments.
Explore how microheaters - miniature heating systems - work, their materials, designs, and crucial role in COVID-19 testing and modern technology applications.
Discover how functional polymers are revolutionizing Covalent Organic Frameworks by preventing pore collapse and unlocking their full potential in clean energy, medicine, and environmental applications.
Discover how vacuum ultraviolet nonlinear metalens technology is revolutionizing VUV applications with microscopic devices that replace room-sized systems.
Explore how metal-organic frameworks, graphitic carbon nitride, and graphene oxide are transforming Pickering emulsions for advanced applications in drug delivery, environmental cleanup, and energy storage.
Discover how heterodyne force microscopy uses friction to reveal hidden subsurface structures at the nanoscale that other microscopes cannot detect.
Explore the fascinating world of organo-clay, a revolutionary material transforming industries from oil drilling to cosmetics through nanoscale engineering.
Explore how carbon nanotubes, materials stronger than steel and lighter than plastic, are revolutionizing everything from NASA missions to quantum computing and medical treatments.
Explore the fascinating world of Transmission Electron Microscopy and discover how scientists visualize atoms to drive innovation in materials science.