A Hubbard–Holstein dimer stores ergotropy robustly against a finite-bandwidth dissipative bath, but efficient extraction needs a load whose spectrum matches the charged battery.
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Charging and Discharging a Hubbard-Holstein Quantum Battery: Specific Mechanisms and General Insights
A Hubbard–Holstein dimer stores ergotropy robustly against a finite-bandwidth dissipative bath, but efficient extraction needs a load whose spectrum matches the charged battery.