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This research explores if the history of state transitions can leave behind measurable timing signatures in quantum systems.

May 26, 2026Open Access

Testing Residual Timing Effects After State Stabilisation

Key Points

This research explores if the history of state transitions can leave behind measurable timing signatures in quantum systems.
Experimental proposal using quantum systems to compare direct and alternating state preparations.
Includes timing-resolved observables and decay analysis to investigate residual effects.
Utilizes modern photonic timing hardware for measurement and reproducibility.
Highlights potential residual timing effects within stabilised quantum systems.
Proposes a framework for high-statistics timing experiments that can test these effects.

Abstract

Exploratory experimental quantum-preparation preprint investigating whether prior state-transition history can leave measurable residual timing signatures after a quantum system has stabilised into an identical repeated final state. The work proposes a falsifiable high-statistics timing experiment comparing direct state preparation against deep alternating preparation histories, while measuring only during the stabilised phase. The framework includes timing-resolved observables, decay analysis, systematic controls, sequence inversion tests, statistical sensitivity estimates, and reproducibility pseudocode using modern photonic timing hardware. Intended as an experimental proposal rather than a claim of established non-standard quantum behaviour.

Testing Residual Timing Effects After State Stabilisation

Key Points

Abstract

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