Tensor-network decomposition converts entangled quantum wavepacket dynamics into independent lower-dimensional tasks executable asynchronously on distributed quantum hardware, demonstrated for vibrational spectra of a protonated water cluster agreeing with classical results to within 4 cm^{-1}.
Resource optimization for quan- tum dynamics with tensor networks: Quantum and 23 classical algorithms,
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Tensor-Network-Based Distributed Quantum Dynamics on Independent Quantum Computers
Tensor-network decomposition converts entangled quantum wavepacket dynamics into independent lower-dimensional tasks executable asynchronously on distributed quantum hardware, demonstrated for vibrational spectra of a protonated water cluster agreeing with classical results to within 4 cm^{-1}.