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Many-body quantum dimerization in 2D atomic arrays
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Many-body quantum dimerization in 2D atomic arrays
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We consider a 2D atomic array coupled to different photonic environments, focusing on the half-filled excitation subspace, where strong photon interactions can give rise to complex many-body states. In particular, we demonstrate that the least radiant state in this sector is well described by a coherent superposition of all possible quantum dimer coverings: a resonating valence bond (RVB) liquid state. We discuss possible strategies to probe this exotic state, along with their limitations and challenges. Finally, we show that such a quantum dimer covering can also emerge as the ground state of the coherent Hamiltonian describing a 2D atomic array coupled to a photonic band-gap material.
Forward citations
Cited by 2 Pith papers
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Constructing mode-resolved quantum optical models for emitters in photonic crystals
A symmetry-constrained method builds minimal photonic lattice models that preserve full position- and polarization-dependent emitter couplings and reproduce macroscopic QED at weak coupling.
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Constructing mode-resolved quantum optical models for emitters in photonic crystals
A constructive method combines symmetry-constrained tight-binding models with numerical photonic bands and fields to produce mode-resolved quantum-optical lattice Hamiltonians for emitters in photonic crystals.
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