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Integrated photonics for trapped ion quantum information experiments at Sandia National Laboratories.
Abstract not provided.
Niobium quarter-wave resonator with the optimized shape for quantum information systems
Not Available
Quantum Information Technologies: a New Frontier for Visualization .
Abstract not provided.
M+ (M=Ca,Yb) Cations Bound to Molecular Cavities: A New Strategy for Incorporating Molecular Quantum States into Quantum Information.
Abstract not provided.
Integrated photonics for trapped ion quantum information experiments at Sandia National Laboratories.
Abstract not provided.
Cryogenics for Superconducting Quantum Information Science
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Optical Generation and Manipulation of Spin Qubits for Molecular Quantum Information Science (DE-SC0020199 Final Report)
Final Report containing published results and major accomplishments. Major accomplishments during this grant include elucidating the complex mechanisms of photoinduced ground-state electron spin polarization (PIESP) for these complexes. Several detailed studies relating molecular structure and PIESP are detailed. In addition, we have demonstrated polarization of two coupled ground-state spins with a single photon.
Integrated photonics for trapped ion quantum information
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Classical Machine Learning for Quantum Information Systems
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Unlocking the Quantum World: Research and Innovation in Quantum Information Science at LLNL
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Ion trapping for quantum information processing
A platform for trapping atomic ions includes a substrate and a plurality of metallization layers that overlie the substrate. The metallization layer farthest from the substrate is a top layer patterned with electrostatic control trap electrodes and radio-frequency trap electrodes. Another metallization layer is a microwave layer patterned to define a microwave circuit. The microwave layer lies below the top layer. The microwave circuit is adapted to generate, in use, a microwave magnetic field above the electrostatic control and radio-frequency trap electrodes. The top metallization layer includes slots that, in use, are penetrated by microwave energy from the microwave circuit.
Benchmarking near-term quantum information processors.
Abstract not provided.
Ion Coulomb Crystals in Storage Rings for Quantum Information Science
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