A quantum battery is proposed on the coherent Ising machine platform, with coherent ergotropy shown to decay slower than incoherent ergotropy and to peak simultaneously with charging power at an optimal pump switch-off time.
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A bosonic code from superpositions of squeezed Fock states maintains orthogonality at all squeezing levels and achieves error correction scaling as exp(-7r) for single-photon loss and dephasing.
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Quantum batteries in coherent Ising machine
A quantum battery is proposed on the coherent Ising machine platform, with coherent ergotropy shown to decay slower than incoherent ergotropy and to peak simultaneously with charging power at an optimal pump switch-off time.
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Quantum Error Correction with Superpositions of Squeezed Fock States
A bosonic code from superpositions of squeezed Fock states maintains orthogonality at all squeezing levels and achieves error correction scaling as exp(-7r) for single-photon loss and dephasing.