Error dynamics during electron spin shuttling
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Foster, Natalie Danielle↗
Engineering topics
Jock, Ryan Michael
Publications and source records attributed to Jock, Ryan Michael.
Dephasing and error dynamics affecting a singlet-triplet qubit during coherent spin shuttling
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Henshaw, Jacob Daniel↗
Characterization of Multiple Qubit Encodings in Industrially-Manufactured Silicon Quantum Dots
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Henshaw, Jacob Daniel↗
LPS Qubit Collaboratory: Foundry Spin Qubit Testing at Sandia
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Henshaw, Jacob Daniel↗
APS March Meeting 2024: "Error attribution for singlet-triplet qubits through randomized benchmarking in the presence of temporally correlated noise"
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Gaye, Malick Adama↗
Coherent electron spin shuttling in an industrially-manufactured Si/SiGe triple quantum dot device
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Foster, Natalie Danielle↗
Characterization of Multiple Qubit Encodings in Industrially-Manufactured Silicon Quantum Dots
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Henshaw, Jacob Daniel↗
Building and Characterizing Orthogonal Gates in a SiMOS S-T Qubit.
Abstract not provided.
West, Anderson Michael↗
A Valley Hot-Spot Driven Singlet-Triplet Qubit in a Silicon MOS DQD.
Abstract not provided.
Jock, Ryan Michael↗
Spin-orbit qubit using quantum dots
Methods and apparatus of quantum information processing using quantum dots are provided. Electrons from a 2DEG are confined to the quantum dots and subjected to a magnetic field having a component directed parallel to the interface. Due to interfacial asymmetries, there is created an effective magnetic field that perturbs the energies of the spin states via an interfacial spin-orbit (SO) interaction. This SO interaction is utilized to controllably produce rotations of the electronic spin state, such as X-rotations of the electronic spin state in a double quantum dot (DQD) singlet-triplet (ST) qubit. The desired state rotations are controlled solely by the use of electrical pulses.
75 CONDENSED MATTER PHYSICS, SUPERCONDUCTIVITY AND↗
Valley Hot-Spot Driven Singlet-Triplet Qubit in a Silicon MOS DQD.
Abstract not provided.
Jock, Ryan Michael↗
Feature detection and automation in Si MOS quantum dots toward automated qubit tuning.
Abstract not provided.
Mounce, Andrew↗
Single-Shot Readout of a S/T Qubit with a Cryogenic AC-Coupled Amplifier in a Lithographic MOS Double Quantum Dot.
Abstract not provided.
Rudolph, Martin↗
Spin-Orbit Qubits in the Sandia Silicon MOS Multi-QD Platform.
Abstract not provided.
Jock, Ryan Michael↗
Implications of the spin-orbit interaction for singlet-triplet qubits in silicon.
Abstract not provided.
Harvey-Collard, Patrick↗