New sensor platform uses nanopore speed cameras to pinpoint gases
Researchers have developed a highly sensitive and selective gas sensor platform that operates on a novel principle: measuring the speed…
Researchers have developed a highly sensitive and selective gas sensor platform that operates on a novel principle: measuring the speed…
Researchers have developed a novel method for creating microscopic, hollow tubes that can be integrated into bioengineered tissues to function…
Researchers observe nanoscale iron formation with a room-temperature hydrogen plasma, offering real-time TEM insights to enable greener steel production
New imaging method reveals HDL production via ABCA1, using high-speed AFM to show ATP-driven lipid transfer and nascent HDL formation in real time in cells
Researchers have developed advanced 3D bioprinting techniques to create artificial blood vessels with multiple layers, a significant step toward developing…
Researchers have developed a novel microelectrode array, modified with a nanocomposite material, that can sensitively and stably monitor the faint…
Researchers have developed a novel carbon nanotube-based ink for 3D printing, creating highly stretchable and sensitive sensors that promise to…
Nature-inspired two-layered nanocage from National Taiwan University acts as a nanoscale reactor, producing gold nanoparticles inside its hollow core for nanotech
A new stretchable material emits light and could power future photonic devices, enabling flexible wearable optics and more efficient on-the-go signaling
Researchers have developed an innovative nanotechnology platform that combines liquid metal with immune-stimulating molecules to create a potent, dual-action treatment…