Ultrathin Layers

Physicists from Princeton have identified a sudden shift in quantum behavior during experiments with a three-atom-thin insulator, demonstrating its ability to transition effortlessly into a superconductor.

A team of researchers at the Massachusetts Institute of Technology created insect-sized robots that emit light when they fly. The ability of these tiny robots to emit light can enable them to communicate with each other. It also makes tracking the robots more precise and efficient. While large robots can communicate using myriad tools, robots as t...

This photoelectrode takes the form of 2D hybrid metal-dielectric structure, which mainly consists of three layers of gold film, ultrathin TiO2 layer and gold nanoparticles.

Physicists from Princeton have identified a sudden shift in quantum behavior during experiments with a three-atom-thin insulator, demonstrating its ability to transition effortlessly into a superconductor.

A team of researchers at the Massachusetts Institute of Technology created insect-sized robots that emit light when they fly. The ability of these tiny robots to emit light can enable them to communicate with each other. It also makes tracking the robots more precise and efficient. While large robots can communicate using myriad tools, robots as t...

This photoelectrode takes the form of 2D hybrid metal-dielectric structure, which mainly consists of three layers of gold film, ultrathin TiO2 layer and gold nanoparticles.