aiqbench analysis
Researchers have demonstrated a hybrid feedback protocol that stabilizes long-lived regular trajectories within a superconducting processor exhibiting mixed phase space dynamics. This achievement provides a novel framework for controlling coherent quantum states previously inaccessible to observation by projecting chaotic evolution onto low-entanglement variational manifolds. The work offers significant implications for understanding nonequilibrium physics and managing the transition between order and chaos in complex many-body systems.
Quantum Processor Shares Mixed Phase Space Without Classical Analog

Researchers revealed a quantum many-body system exhibiting dynamics akin to classical chaos, stabilizing regular trajectories via hybrid feedback control.
A superconducting quantum processor has revealed a quantum many-body mixed phase space, a surprising discovery because this behavior lacks a…
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