Until now, controlling energy flow in complex quantum systems relied on manipulating physical space itself. This work reveals how reshaping the connections within a system’s underlying mathematical structure, its Hilbert space, fundamentally alters where energy concentrates and amplifies. Interaction-engineered connectivity reshapes competition between amplification channels, yielding dynamics distinct from those observed in conventional materials.
Singapore Team Controls Spectral Amplification Via Connectivity
Until now, controlling energy flow in complex quantum systems relied on manipulating physical space itself. This work reveals how reshaping the connections *within* a system’s underlying mathematical structure, its Hilbert space, fundamentally alters where energy concentrates and amplifies. Interaction-engineered connectivity reshapes competition between amplification channels, yielding dynamics distinct from those observed in conventional materials.