For a silicon-vacancy center in diamond, phonon coupling can induce non-Markovian dynamics, with memory effects maximized at resonance and suppressed above about 1.5 K for a structured phonon bath.
In this regime, we can treat the mechanical mode as a classical field with amplitude α(t) = ⟨c(t)⟩
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Magnetic and phonon-induced effects on the non-Markovian dynamics of a single solid-state defect
For a silicon-vacancy center in diamond, phonon coupling can induce non-Markovian dynamics, with memory effects maximized at resonance and suppressed above about 1.5 K for a structured phonon bath.