Lie group diffusion models combine a discrete circuit skeleton selector with continuous diffusion on SU(2) ≃ S³ to synthesize hardware-aware quantum circuits, outperforming baselines on three-qubit Hamiltonian simulation targets.
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3 Pith papers cite this work. Polarity classification is still indexing.
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Proposes ion-tweezer architecture with state-selective dipole-mediated gates enabling temperature-robust entanglement without motional residual.
Builds and releases a verified pipeline for symmetry-respecting excited states of H2O/STO-3G on quantum computers, showing qEOM reaches sub-milli-Hartree accuracy with 3e9 shots after grouping.
citing papers explorer
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Lie Group Diffusion Models for Hardware-Aware Quantum Circuit Synthesis
Lie group diffusion models combine a discrete circuit skeleton selector with continuous diffusion on SU(2) ≃ S³ to synthesize hardware-aware quantum circuits, outperforming baselines on three-qubit Hamiltonian simulation targets.
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Quantum computer architecture with ions in tweezer arrays
Proposes ion-tweezer architecture with state-selective dipole-mediated gates enabling temperature-robust entanglement without motional residual.
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A Reproducible Pipeline for Symmetry-Respecting Excited States on Near-Term Quantum Computers: The H2O/STO-3G Case
Builds and releases a verified pipeline for symmetry-respecting excited states of H2O/STO-3G on quantum computers, showing qEOM reaches sub-milli-Hartree accuracy with 3e9 shots after grouping.