Trade-off bounds on power, efficiency, and fluctuations in thermoelectric systems are derived and shown to remain valid under broken time-reversal symmetry, potentially allowing better performance than symmetric cases.
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Balancing Power, Efficiency, and Constancy under Broken Time-Reversal Symmetry
Trade-off bounds on power, efficiency, and fluctuations in thermoelectric systems are derived and shown to remain valid under broken time-reversal symmetry, potentially allowing better performance than symmetric cases.