Ab initio spin-phonon calculations show that direct one-phonon processes mediated by the flexural ZA acoustic branch drive the non-monotonic T1 relaxation of the hBN boron vacancy at high magnetic fields without fitting parameters.
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Quantum versus classical modeling of pure dephasing in Deutsch's algorithm produces identical single-run outcomes but stark differences on repeated runs, reproduced on IBM processors and showing complex behavior in NV centers.
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Acoustic-phonon-driven spin-lattice relaxation of the hBN boron vacancy in the sub-THz regime
Ab initio spin-phonon calculations show that direct one-phonon processes mediated by the flexural ZA acoustic branch drive the non-monotonic T1 relaxation of the hBN boron vacancy at high magnetic fields without fitting parameters.
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Signatures of quantum noise in the operation of Deutsch's algorithm
Quantum versus classical modeling of pure dephasing in Deutsch's algorithm produces identical single-run outcomes but stark differences on repeated runs, reproduced on IBM processors and showing complex behavior in NV centers.