Navigating the Diamond Territory: Bounded 2D Rational State Machines for Drift-Free Control in Nitrogen-Vacancy Quantum Hardware

August 24, 2026Open Access

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Key Points

The study aims to establish drift-free control in diamond nitrogen-vacancy quantum systems using bounded two-dimensional rational state machines.
Theoretical modeling of bounded two-dimensional rational state machines.
Application of the mathematical control framework to nitrogen-vacancy center dynamics in diamond quantum hardware.
The state machine formulation establishes bounded trajectories that theoretically eliminate control drift in quantum hardware.
The two-dimensional bounded framework provides structured control navigation for nitrogen-vacancy diamond substrates.

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Theoretical study demonstrates drift-free control in nitrogen-vacancy quantum hardware, highlighting improved stability in diamond-based systems.

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Kyle MacLean Smith (2026) studied this question.

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