Tag: 2D materials

A simulated copper, tin disulfide, and molybdenum ditelluride SPR sensor reached a modeled sensitivity of 142.15 degrees per refractive index ...

A machine vision system using Moiré fringe patterns automatically levels micro-scale surfaces to 0.01 degrees within 10 seconds for graphite ...

A new review highlights how graphene, MXene, and TMD-based flexible sensors are enabling real-time wearable detection of volatile organic compounds ...

Researchers have designed a multilayer surface plasmon resonance sensor using tellurium dioxide, cadmium gallium sulfide, and aluminium antimonide with a ...

A new review in Opto-Electronic Manufacturing details how laser-induced phase transitions can precisely reprogram two-dimensional materials for next-generation electronic and ...

Rice University physicists have theoretically shown that autferroic materials with a 'seesaw' magnetoelectric mechanism can generate true random numbers over ...

Researchers have created wafer-scale, transferable gold films as thin as 1.5 nanometres by combining template stripping with graphene-inspired transfer, enabling ...

As the silicon semiconductor industry faces unprecedented challenges related to the scaling limits of conventional materials, researchers are turning their ...

In recent years, two-dimensional (2D) materials have revolutionized the landscape of condensed matter physics and materials science, offering fertile ground ...

An exploratory investigation into the behavior of materials with desirable electric properties resulted in the discovery of a structural phase ...