Unveiling a New Inhomogeneous Dirac Cone in Plane-Chiral Materials
In a revolutionary discovery, researchers have identified a new type of Dirac cone in a material composed of a 2-dimensional plane of chiral molecules. This cone is unique because its electronic structure is inhomogeneous, meaning its electronic properties vary with position. This inhomogeneous Dirac cone has exciting implications for future applications in electronics, including the development of new devices that are faster and more energy-efficient than existing ones. With this breakthrough, the door is now open to a host of new possibilities in the field of electronics.
source: Phys.org