A Fourier neural operator surrogate accelerates inverse design of Raman pulse sequences for hydronium state preparation, reaching 86.2% success in an 888-dimensional simulated subspace.
Within this frequency range, we can neglect couplings that arise from THz- scale transitions, using the rotating-wave approximation
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Inverse Design of Quantum Control Sequences with Fourier Neural Operators
A Fourier neural operator surrogate accelerates inverse design of Raman pulse sequences for hydronium state preparation, reaching 86.2% success in an 888-dimensional simulated subspace.