Nanotechnology

Innovative gadget, C-PVEH, converts environmental vibrations to electricity, offering a promising solution for powering IoT devices.

EPFL researchers combine nanopore technology with scanning ion conductance microscopy, achieving precise control for individual molecule analysis.

Researchers discover atomic vibrations, or breathing, that could advance quantum tech; they also develop a device to manipulate these phenomena.

Triplex Origami: a groundbreaking DNA folding method developed by Aarhus University, holds promise in gene therapy and nanotechnology.

KISS: A new, simple method developed by scientists to create large, pure 2D materials, offering potential for future device fabrication.

Revolutionary nanocomposite film dissipates heat 4x better than current materials, offering a solution for overheating in compact electronics.

A research team at Notre Dame has inadvertently discovered a cost-effective method to enhance drug effectiveness using modified silica particles.

Revolutionary 3D printing method, HTCP, accelerates material discovery by mixing nanomaterial inks, enabling precise control over composition and properties.

Breakthrough in Graphene Nanoprocessing Using a Femtosecond Laser Researchers at Tohoku University have achieved a significant advancement in the field…

Advancing Energy Recovery: A Breakthrough Approach to Efficiently Convert Waste Heat into Electricity A groundbreaking solution has been developed by…