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6 results for "cqed"
Entanglement and Quantum Error Correction with Superconducting Qubits By Matthew Reed
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Hardcover version of 2013 Ph.D. thesis of Matthew David Reed presented to the Physics department of Yale University. Concerns the realization of quantum error correction in the circuit quantum... More > electrodynamics architecture, a precursor to quantum computing.< Less
Entanglement and Quantum Error Correction with Superconducting Qubits By Matthew Reed
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PDF version of 2013 Ph.D. thesis of Matthew David Reed presented to the Physics department of Yale University. Concerns the realization of quantum error correction in the circuit quantum... More > electrodynamics architecture, a precursor to quantum computing.< Less
Entanglement and Quantum Error Correction with Superconducting Qubits By Matthew Reed
Paperback: List Price: $119.60 $95.68 | You Save: 20%
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Softcover version of 2013 Ph.D. thesis of Matthew David Reed presented to the Physics department of Yale University. Concerns the realization of quantum error correction in the circuit quantum... More > electrodynamics architecture, a precursor to quantum computing.< Less
Entanglement and Quantum Error Correction with Superconducting Qubits By Matthew Reed
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Black and white softcover version of 2013 Ph.D. thesis of Matthew David Reed presented to the Physics department of Yale University. Concerns the realization of quantum error correction in the... More > circuit quantum electrodynamics architecture, a precursor to quantum computing.< Less
Engineering Synthetic Quantum Operations By Uri Vool
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Coherent quantum effects are the hallmark of atomic systems. The field of circuit quantum electrodynamics (cQED) also allows for the control of coherent quantum systems. However, these quantum states... More > do not correspond to atomic degrees of freedom, but to the quantized behavior of the electromagnetic field in a macroscopic superconducting circuit. These ``artificial atoms" simulate many of the effects in atomic systems, with the added benefits of tunability and fast control and measurement. This thesis explores the different artificial atoms and quantum operations accessible to us using superconducting circuits, and the techniques we can use to create more interesting and complex atoms.< Less
Micromachined Quantum Circuits By Teresa Brecht
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Continued progress in quantum computing in the circuit quantum electrodynamics (cQED) platform will require adapting sophisticated 3D integration and RF packaging techniques found in today's... More > high-density classical devices. This thesis describes multilayer microwave integrated quantum circuits (MMIQCs) that combine the superb coherence of three-dimensional structures with the advantages of lithographic integrated circuit fabrication. Several design and fabrication techniques are essential to this new physical architecture, notably micromachining, superconducting wafer bonding, and out-of-plane qubit coupling. This thesis explores these techniques and culminates in the design, fabrication, and measurement of a two-cavity/one-qubit MMIQC featuring qubit coupling to a superconducting micromachined cavity resonator in silicon wafers.< Less

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