Amplitude damping stabilizes non-passive steady states with finite ergotropy in a graphene quantum battery while dephasing eliminates work extraction and non-Markovian memory enables partial recovery.
High-power collec- tive charging of a solid-state quantum battery.Physical review letters, 120(11):117702
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Ergotropy Dynamics in a Dissipative Graphene Quantum Battery
Amplitude damping stabilizes non-passive steady states with finite ergotropy in a graphene quantum battery while dephasing eliminates work extraction and non-Markovian memory enables partial recovery.