"Revolutionary Physics Discovery: Unveiling the Power of Rydberg Moiré Excitons"
Scientists have made a breakthrough in physics by discovering Rydberg moiré excitons, which are highly energized electron-hole pair states trapped in a monolayer semiconductor adjacent to small-angle twisted bilayer graphene. This solid-state phenomenon holds promise for applications in sensing, quantum optics, and quantum simulation. The researchers demonstrated a novel method of manipulating Rydberg excitons using a moiré superlattice, providing opportunities for coherent control of Rydberg states and potential applications in quantum information processing and computation.
