Non-Markovian phonon-memory effects are shown to prolong predicted spin coherence times in diamond group-IV vacancy centers, reconciling theory with experiments that the Markovian approximation underestimates.
Co- herence of Group-IV Color Centers
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A non-Markovian approach to spin-phonon coherence and the breakdown of the Markovian approximation
Non-Markovian phonon-memory effects are shown to prolong predicted spin coherence times in diamond group-IV vacancy centers, reconciling theory with experiments that the Markovian approximation underestimates.