Emerging Complex Phenomena and Applications

The 2022 Gordon Conference on Two Dimensional (2D) Electronics will present cutting-edge research addressing the fundamental properties and potential uses of atomically thin materials and their heterostructures. In the last few years, there has been rapid progress in exploring emerging phenomena in new 2D materials and heterostructures. Examples include twisted 2D materials with tunable correlated and topological states (Mott insulator, superconductor, orbital ferromagnetism, Chern insulator etc); van der Waals magnets for tunable magnetism, magneto-optical effects, topological physics, Chern physics, and spin liquids; van der Waals superconductor for hosting topological excitation; 2D semimetal for tunable exotic phases (quantum spin Hall, low carrier density superconductivity, ferroelectricity); high temperature exciton condensation, polariton, and superfluid in 2D heterostructures etc.. Applications towards quantum technologies, spintronics, optical communication, negative capacitance transistors, memory/neuromorphic computing, flexible/wearable electronics, etc., have also been rapidly developing. This conference will bring together the active researchers in the fields of Physics, Chemistry, Materials Science and Device Engineering, to share the latest exciting results to continue to push the frontier of this dynamic and highly interdisciplinary research field.