AQUIRE is the first error-aware adaptive Bayesian protocol for simultaneously estimating the mean and error of observables on qudit quantum computers using generalized Pauli operators and overlap grouping.
Providência, M
5 Pith papers cite this work. Polarity classification is still indexing.
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Pith papers citing it
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Hybrid Iterative-QAOA warm starts improve shipment delivery by up to 12% and cut drive distance by 6% on real logistics data when fed to a classical solver.
The authors integrate quantum annealing and QAOA as subroutines for pricing and separation in a branch-price-and-cut algorithm for vehicle routing problems.
Extends Petri nets with identifiers for object- and resource-aware systems and defines generalized correctness criteria with decidability analysis.
The single Λ hyperon quasiparticle in nuclear matter at saturation density has energy -29.55 MeV at zero momentum, residue 0.98, and effective mass ratio 0.747.
citing papers explorer
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An Error-aware and Adaptive Method for the Estimation of Quantum Observables on Qudit-Based Quantum Computers
AQUIRE is the first error-aware adaptive Bayesian protocol for simultaneously estimating the mean and error of observables on qudit quantum computers using generalized Pauli operators and overlap grouping.
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Hybrid Quantum-Classical Optimization Workflows for the Shipment Selection Problem
Hybrid Iterative-QAOA warm starts improve shipment delivery by up to 12% and cut drive distance by 6% on real logistics data when fed to a classical solver.
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Quantum Subroutines in Branch-Price-and-Cut for Vehicle Routing
The authors integrate quantum annealing and QAOA as subroutines for pricing and separation in a branch-price-and-cut algorithm for vehicle routing problems.
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Correctness Notions for Petri Nets with Identifiers
Extends Petri nets with identifiers for object- and resource-aware systems and defines generalized correctness criteria with decidability analysis.
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Quasiparticle properties of a single $\Lambda$ impurity in symmetric nuclear matter with a regulated $N\Lambda$ interaction
The single Λ hyperon quasiparticle in nuclear matter at saturation density has energy -29.55 MeV at zero momentum, residue 0.98, and effective mass ratio 0.747.