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Quantum Batteries - Review Chapter
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Book chapter in "Thermodynamics in the quantum regime - Recent Progress and Outlook" -- This chapter is a survey of the published literature on quantum batteries -- ensembles of non-degenerate quantum systems on which energy can be deposited, and from which work can be extracted. A pedagogical approach is used to familiarize the reader with the main results obtained in this field, starting from simple examples and proceeding with in-depth analysis. An outlook for the field and future developments are discussed at the end of the chapter.
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Cited by 4 Pith papers
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Dual-use quantum hardware for quantum resource generation and energy storage
Quantum resource generation and quantum battery charging can be achieved with the same protocols, enabling integrated dual-use hardware on superconducting circuits.
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A three-qubit absorption refrigerator with spin-star baths shows transient cooling, with optimal cold-qubit temperature approaching 0.457 and cooling time approaching 0.10 as bath size grows.
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The SYK charging advantage as a random walk on graphs
The SYK2 charging power of the X-model battery scales as about 0.171 N^{3/2}, and the charging process is reinterpreted as a random walk on a graph whose block connectivity controls the quantum advantage.
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Thermodynamics from indistinguishability: mitigating and amplifying the effects of the bath
Collective bath coupling lets spin ensembles reach non-thermal steady states whose energy, entropy, and free-energy changes are mitigated or amplified, with entropy production reduced by up to a factor of the ensemble size.
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