Hybrid Quantum-Classical Reservoir Computing for thermally driven Rayleigh-Bérnard Flows

  • Pfeffer, Philipp (TU Ilmenau)
  • Heyder, Florian (TU Ilmenau)
  • Schumacher, Jörg (TU Ilmenau)

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A hybrid quantum-classical reservoir computing approach is presented which successfully predicts the Lorenz 63 model for 1.5 Lyapunov-times. More complex cases of thermally driven Rayleigh-Bérnard flows are discussed in order to evaluate the reservoir computing approach for its prediction and reconstruction capabilities.