Dynamical Decoupling of Crosstalk on Superconducting Qubit Devices
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Zoe Gonzalez Izquierdo↗
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Dynamical Logical Qubits in the Bacon-Shor Code
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Quantum Computing↗
Dynamical Logical Qubits in the Bacon-Shor Code
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quantum error correction↗
Dynamical Logical Qubits in the Bacon-Shor Code
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quantum error correction↗
Kinetic inductance traveling-wave amplifiers for multiplexed qubit readout
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L. Ranzani↗
Cryogenic Amplification Readout and Control of Spin Qubits in Silicon.
Abstract not provided.
Curry, Matthew Jon↗
Magnetic field and angular dependent singlet-triplet rotations in a donor-quantum dot qubit.
Abstract not provided.
Mounce, Andrew↗
Universal Adiabatic Quantum Computing using Double Quantum Dot Charge Qubits.
Abstract not provided.
Ryan-Anderson, Ciaran↗
HOLE SPINS AS QUBITS IN GATED LATERAL DEVICES - OPPORTUNITIES AND CHALLENGES.
Abstract not provided.
Korkusinski, Marek↗
Efficient Gate Set Tomography on a Multi-Qubit Superconducting Processor.
Abstract not provided.
Nielsen, Erik↗
Two-axis control of a coupled quantum dot - donor qubit in Si-MOS.
Abstract not provided.
Rudolph, Martin↗
Method and apparatus for quantum information processing using entangled neutral-atom qubits
A method for preparing an entangled quantum state of an atomic ensemble is provided. The method includes loading each atom of the atomic ensemble into a respective optical trap; placing each atom of the atomic ensemble into a same first atomic quantum state by impingement of pump radiation; approaching the atoms of the atomic ensemble to within a dipole-dipole interaction length of each other; Rydberg-dressing the atomic ensemble; during the Rydberg-dressing operation, exciting the atomic ensemble with a Raman pulse tuned to stimulate a ground-state hyperfine transition from the first atomic quantum state to a second atomic quantum state; and separating the atoms of the atomic ensemble by more than a dipole-dipole interaction length.
71 CLASSICAL AND QUANTUM MECHANICS, GENERAL PHYSIC↗
Scaling neutral atom qubits for quantum information and simulation.
Abstract not provided.
Martin, Michael Joseph↗