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Micromachined Quantum Circuits

ByTeresa 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 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.

Details

Publication Date
May 30, 2017
Language
English
ISBN
9781387005727
Category
Science & Medicine
Copyright
All Rights Reserved - Standard Copyright License
Contributors
By (author): Teresa Brecht

Specifications

Pages
284
Binding
Perfect Bound
Interior Color
Color
Dimensions
US Letter (8.5 x 11 in / 216 x 279 mm)

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