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This is a Quantitative Study study.

October 10, 2025Open Access

Spin Relaxation Mechanisms and Nuclear Spin Entanglement of the VB^-1 Center in hBN

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Analysis reveals T1 relaxation mechanisms and nuclear spin dynamics in the V$_B^{-1}$ defect in hBN, indicating potential for quantum technology.

The study demonstrates how T1 relaxation mechanisms in the V$_B^-$ center are influenced by electron-nuclear interactions and temperature.
Results show that the proposed spin dynamics model accurately predicts T1 time at specific magnetic field strengths, particularly at 90 G.
By including the effects of nearest-neighbor nuclear spins, the model provides insights into nucleus-based spin technology developments.
This work establishes coupling dynamics as essential for understanding and leveraging spin relaxation in quantum sensing applications.

Cholsuk et al. (2025) studied this question.

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October 10, 2025Open Access

View Full Paper

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Authors

Analysis reveals T1 relaxation mechanisms and nuclear spin dynamics in the V$_B^{-1}$ defect in hBN, indicating potential for quantum technology.

The study demonstrates how T1 relaxation mechanisms in the V$_B^-$ center are influenced by electron-nuclear interactions and temperature.
Results show that the proposed spin dynamics model accurately predicts T1 time at specific magnetic field strengths, particularly at 90 G.
By including the effects of nearest-neighbor nuclear spins, the model provides insights into nucleus-based spin technology developments.
This work establishes coupling dynamics as essential for understanding and leveraging spin relaxation in quantum sensing applications.

Cholsuk et al. (2025) studied this question.

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