2D Materials

Scientists unveil molybdenene, a novel 2D metallic material with thermal stability and potential for improving battery technology. This substance could …

Researchers at KIST have developed a method for forecasting molecular distribution on MXene nanomaterial using magnetoresistance properties. This breakthrough simplifies …

Unlocking Mysteries: Probing 2D Material Interfaces with Atomic Precision – A Game-Changer in Twisted Electronics.

Researchers from the National University of Singapore develop a precision alignment technique for supermoiré lattices, setting new standards for advancements …

Advancing Computing: Blending analog & digital realms via 2D semiconductors & ferroelectric materials for brain-like efficiency.

Scientists at Los Alamos National Laboratory unveil a method to produce circularly polarized singular photons, marking progress in quantum communications. …

Discovery: Graphene’s natural proton permeability may revolutionize hydrogen economy, replacing costly catalysts with sustainable 2D crystals.

Researchers discover graphene’s high intrinsic proton permeability, a breakthrough that could revolutionize hydrogen economy with sustainable 2D crystals.

Revolutionary Physics Breakthrough: Graphene Harnesses Ambient Heat for Clean Energy, Implications for Wireless Sensors.

Revolutionizing materials: Graphene ribbons enable controlled twist angles, paving the way for novel properties in condensed matter physics.