Scientists have revealed a strange twister-like phenomenon in the quantum semimetal tantalum arsenide. The findings suggest that electrons move in swirling patterns that could reshape ideas in quantum ...

In the new method, two boron nitride (n-BN) layers twisted with respect to each other create an electric field in a molybdenum diselenide semiconductor (MoSe 2). A light beam (red) is used to study ...

To study the interactions between electrons in a material ... that are twisted by less than 2 degrees with respect to each other. This twisting leads to a periodic electric field that also ...