eot2024/seed-lists/sitemap-url-seeds/overqc_sandia_gov.txt

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https://overqc.sandia.gov/
https://overqc.sandia.gov/2020/07/06/digital-quantum-simulation-for-quantum-control-problems/
https://overqc.sandia.gov/2020/07/06/error-mitigation-with-clifford-quantum-circuit-data/
https://overqc.sandia.gov/2020/07/06/faster-simulation-of-quantum-circuits/
https://overqc.sandia.gov/2020/07/06/noise-aware-circuit-learning/
https://overqc.sandia.gov/2020/07/06/quantum-simulation-of-the-qubit-regularized-o3-sigma-model/
https://overqc.sandia.gov/2020/07/06/variational-quantum-state-eigensolver/
https://overqc.sandia.gov/2020/08/08/evaluating-energy-differences-on-a-quantum-computer-with-robust-phase-estimation/
https://overqc.sandia.gov/2020/08/08/limitations-of-hartree-fock-with-quantum-resources/
https://overqc.sandia.gov/2020/08/08/noise-induced-barren-plateaus-in-variational-quantum-algorithms/
https://overqc.sandia.gov/2020/08/08/quantum-proportional-integral-feedback-control/
https://overqc.sandia.gov/2020/09/19/a-quantum-optimal-control-perspective-on-variational-quantum-algorithms/
https://overqc.sandia.gov/2020/09/19/quantum-state-verification-in-the-quantum-linear-systems-problem/
https://overqc.sandia.gov/2020/10/28/custom-fermionic-codes-for-quantum-simulation/
https://overqc.sandia.gov/2020/11/16/deixis-article-a-quantum-bridge/
https://overqc.sandia.gov/2021/02/25/consistency-testing-for-robust-phase-estimation/
https://overqc.sandia.gov/2021/02/25/improved-strong-simulation-of-qubit-quantum-circuits/
https://overqc.sandia.gov/2021/02/25/optimizing-parametrized-quantum-circuits-via-noise-induced-breaking-of-symmetries/
https://overqc.sandia.gov/2021/02/25/prove-it-a-proof-assistant-for-organizing-and-verifying-general-mathematical-knowledge/
https://overqc.sandia.gov/2021/02/25/unified-approach-to-data-driven-quantum-error-mitigation/
https://overqc.sandia.gov/2021/04/22/electronic-structure-in-a-fixed-basis-is-qma-complete/
https://overqc.sandia.gov/2021/04/22/quantum-markov-chain-monte-carlo-with-digital-dissipative-dynamics-on-quantum-computers/
https://overqc.sandia.gov/2021/04/22/qubit-efficient-exponential-suppression-of-errors/
https://overqc.sandia.gov/2021/04/23/feedback-based-quantum-optimization/
https://overqc.sandia.gov/2021/08/30/behavior-of-analog-quantum-algorithms/
https://overqc.sandia.gov/2021/08/30/how-to-perform-the-coherent-measurement-of-a-curved-phase-space-by-continuous-isotropic-measurement/
https://overqc.sandia.gov/2021/08/30/lyapunov-control-inspired-strategies-for-quantum-combinatorial-optimization/
https://overqc.sandia.gov/2021/08/30/unifying-and-benchmarking-state-of-the-art-quantum-error-mitigation-techniques/
https://overqc.sandia.gov/2022/07/22/can-error-mitigation-improve-trainability-of-noisy-variational-quantum-algorithms/
https://overqc.sandia.gov/2022/07/22/covariance-matrix-preparation-for-quantum-principal-component-analysis/
https://overqc.sandia.gov/2022/07/22/dynamical-simulation-via-quantum-machine-learning-with-provable-generalization/
https://overqc.sandia.gov/2022/07/22/establishing-trust-in-quantum-computations/
https://overqc.sandia.gov/2022/07/22/improving-the-efficiency-of-learning-based-error-mitigation/
https://overqc.sandia.gov/2022/07/22/quantum-computing-2022/
https://overqc.sandia.gov/2022/07/22/quantum-simulation-of-weak-field-light-matter-interactions/
https://overqc.sandia.gov/2022/07/22/surrogate-based-optimization-for-variational-quantum-algorithms/
https://overqc.sandia.gov/2022/07/22/the-battle-of-clean-and-dirty-qubits-in-the-era-of-partial-error-correction/
https://overqc.sandia.gov/2022/10/17/digital-adiabatic-state-preparation-error-scales-better-than-you-might-expect/
https://overqc.sandia.gov/2022/10/17/machine-learning-kohn-sham-potential-from-dynamics-in-time-dependent-kohn-sham-systems/
https://overqc.sandia.gov/about-over-qc/
https://overqc.sandia.gov/category/uncategorized/
https://overqc.sandia.gov/latest-results-and-news/
https://overqc.sandia.gov/people/
https://overqc.sandia.gov/publications-software/