Quantum Breakthrough Establishes Light-Magnetism Link in Atomically Thin Materials

Researchers at the City College of New York have published a review detailing significant progress in atomically thin quantum materials. This advancement reveals how light-generated excitons can directly influence magnetic behavior, allowing for magnetic states to be controlled solely by light. Scientists anticipate this could lead to the development of next-generation optical memory, advanced quantum devices, and highly efficient photonic technologies.