Hamiltonian simulation in Zeno subspaces
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Dizaji, Kasra↗
Engineering topics
Magann, Alicia Bette
Publications and source records attributed to Magann, Alicia Bette.
Enhancing quantum algorithms through integration with model predictive control concepts
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Messina, Dominic John↗
Single- and few-shot protocols for quantum device calibration and drift mitigation
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Magann, Alicia Bette↗
Error resilience of quantum simulations of controlled electron dynamics
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Porter, Maxwell Dare↗
Feedback-based quantum algorithms: Extensions to real-time feedback
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Magann, Alicia Bette↗
Taking a quantum control perspective on quantum algorithms
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Magann, Alicia Bette↗
Taking a quantum control perspective on quantum algorithms
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Magann, Alicia Bette↗
Tradeoffs in hybrid quantum-classical algorithms for designing quantum optimal controls
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Magann, Alicia Bette↗
Digital quantum simulation of controlled molecular dynamics in first quantization
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Porter, Maxwell Dare↗
An efficient quantum algorithm for building effective Hamiltonians on fault-tolerant hardware
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Pathak, Shivesh↗
Feedback-based calibration for tuning and drift control of a trapped-ion quantum processor
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Miller, Nathan Eli↗
Feedback-based calibration for rapid tuning and drift control of quantum processors
This presentation will cover an abstract that has been submitted to the conference, but will not include a paper publication. The presentation details an experimental method for calibrating quantum bits and quantum circuits. All of the data on the slides has been gathered via PyGSTi, an open-source Python-based software developed by Sandia's Quantum Performance Laboratory.
Magann, Alicia Bette↗
Quantum computing algorithms and applications inspired by control theory
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Magann, Alicia Bette↗
Quantum algorithms for ground-state preparation are more (and less) practical than you might expect
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Baczewski, Andrew David↗
Spectral Gaps via Imaginary Time
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Leamer, Jacob↗
Feedback-based quantum algorithms
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Magann, Alicia Bette↗
Feedback-based Quantum Algorithms for Ground State Preparation of the Fermi-Hubbard Model
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Larsen, James Berkeley↗
An Exploration of Solution Curves in Feedback-Based Quantum Algorithms
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Grace, Matthew Douglas↗