An NMR experiment on two carbon-13 qubits shows that irreversible entropy production splits into a coherence part and a population mismatch part, and that both obey a known lower bound.
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Experimental investigation of coherence contributions to a nonequilibrium thermodynamic process in a driven quantum system
An NMR experiment on two carbon-13 qubits shows that irreversible entropy production splits into a coherence part and a population mismatch part, and that both obey a known lower bound.