[OLD NOT FULL DISCLOSURE, CHECK NEW RELEASE REPORT] Quantum Control Landscape Characterization: Dissipative Phase Transitions and Information-Driven Dynamics in Qubit State Preparation | Jordon Morgan-Griffiths | Q-TRACE |
Quantum Control Landscape Characterization: Dissipative Phase Transitions and Information-Driven Dynamics in Qubit State Preparation Keywords: Quantum Control, Dissipative Phase Transition, Quantum Fisher Information, Qubit State Preparation, Lindblad Dynamics, Quantum Speed Limit Author(s): Jordon Morgan-Griffiths | Dakari UISH | Independent Researcher & Principal Investigator of the Q-TRACE Project [updated at: https://ainputx2output.blogspot.com/2025/10/quantum-threshold-response-and-control.html ] ### **Abstract** The pursuit of high-fidelity, rapid quantum state preparation is fundamentally limited by the intricate interplay of coherent control, dissipation, and information. While optimal control theories often present complex, fuzzy landscapes, we report the discovery of a highly structured control topology in a dissipative qubit. Through exhaustive numerical simulation of the Lindblad master equation, we have mapped a complete phase ...