Measurement of the conversion between coherence and quantum correlations in a superconducting circuit

Coherence and quantum correlations are important resources in quantum information processing. Recently, it is shown that these two quantum resources can be converted to each other by appropriate means. In this talk, based on a superconducting quantum computing platform, we demonstrate such a resource conversion procedure in the model of deterministic quantum computation with one qubit (DQC1). By observing that the yield of the quantum correlation is upper bounded by the coherence consumption during the computation procedure, we confirm that the resource conversion process is exploited in quantum computation.