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1.
Superconducting logic circuits operating with reciprocal magnetic flux quanta
by Oberg, Oliver Timothy, Ph.D.  University of Maryland, College Park. 2011: 337 pages; 3495583.
2.
Nonlinear optics quantum computation and quantum simulation with circuit-QED
by Adhikari, Prabin, Ph.D.  University of Maryland, College Park. 2014: 160 pages; 3682634.
3.
Magnesium diboride superconducting devices and circuits
by Galan, Elias, Ph.D.  Temple University. 2015: 119 pages; 3745867.
4.
Micromachined quantum circuits
by Brecht, Teresa Lynn, Ph.D.  Yale University. 2017: 259 pages; 10783438.
5.
Superconducting Cavities for Circuit Quantum Electrodynamics
by Reagor, Matthew James, Ph.D.  Yale University. 2016: 222 pages; 10160874.
6.
Magnesium Diboride Devices and Applications
by Melbourne, Thomas, Ph.D.  Temple University. 2018: 141 pages; 10689307.
7.
Controlling coherent state superpositions with superconducting circuits
by Vlastakis, Brian Michael, Ph.D.  Yale University. 2015: 241 pages; 10013061.
8.
Studies of quantum transitions of magnetic flux in a rf SQUID qubit
by Longobardi, Luigi, Ph.D.  State University of New York at Stony Brook. 2009: 126 pages; 3401716.
9.
10.
Cavity State Reservoir Engineering in Circuit Quantum Electrodynamics
by Holland, Eric T., Ph.D.  Yale University. 2015: 201 pages; 10012490.
11.
Flying Qubit Operations in Superconducting Circuits
by Narla, Anirudh, Ph.D.  Yale University. 2017: 231 pages; 10783459.
12.
Quantum Trajectories of a Superconducting Qubit
by Weber, Steven Joseph, Ph.D.  University of California, Berkeley. 2014: 147 pages; 3686046.
14.
Antenna-coupled Superconducting Bolometers for Observations of the Cosmic Microwave Background Polarization
by Myers, Michael James, Ph.D.  University of California, Berkeley. 2010: 127 pages; 3444824.
15.
Microwave cavity lattices for quantum simulation with photons
by Underwood, Devin Lane, Ph.D.  Princeton University. 2015: 182 pages; 3686679.
16.
Improving the Readout of Semiconducting Qubits
by Curry, Matthew Jon, Ph.D.  The University of New Mexico. 2019: 195 pages; 13857960.
17.
A Study of Electromigration from Superconducting to Normal Conducting Metals
by Dugas, Jonathan M., M.S.  Tennessee Technological University. 2017: 257 pages; 10619879.
18.
The Microwave SQUID Multiplexer
by Mates, John Arthur Benson, Ph.D.  University of Colorado at Boulder. 2011: 127 pages; 3453753.
19.
Studies of decoherence in rf SQUID qubits
by Bennett, Douglas A., Ph.D.  State University of New York at Stony Brook. 2008: 126 pages; 3337622.
20.
Superinductance
by Manucharyan, Vladimir Eduardovich, Ph.D.  Yale University. 2012: 159 pages; 3525185.
21.
System level methodology for low cost performance characterization of analog and mixed -signal circuits
by Park, Joon Sung, Ph.D.  The University of Texas at Austin. 2009: 149 pages; 3372676.
22.
Transmon qubits coupled to superconducting lumped element resonators
by Suri, Baladitya, Ph.D.  University of Maryland, College Park. 2015: 347 pages; 3711371.
23.
Majorana fermion in topological superconductor and Mott-superfluid transition in circuit-QED system
by You, Jia-Bin, Ph.D.  National University of Singapore (Singapore). 2015: 127 pages; 10006027.
24.
Theoretical analysis of prospective nanoelectronic devices
by Walls, Thomas John, Ph.D.  State University of New York at Stony Brook. 2008: 230 pages; 3406710.
25.
Improving Coherence of Superconducting Qubits and Resonators
by Geerlings, Kurtis Lee, Ph.D.  Yale University. 2013: 256 pages; 3578344.
26.
Design of digital-centric polar modulation transmitters for high-data-rate communications
by Syllaios, Ioannis Loukas, Ph.D.  The University of Texas at Dallas. 2010: 126 pages; 3415466.
27.
Subgap quasiparticle transport and low frequency critical current fluctuations in niobium/aluminum oxide/niobium Josephson junctions
by Pottorf, Shawn Paul Swan, Ph.D.  State University of New York at Stony Brook. 2007: 100 pages; 3337617.
28.
29.
Odd-triplet superconductivity in SmCo/Py exchange spring based Josephson junctions
by Hedges, Samuel Carter, M.S.  California State University, Long Beach. 2015: 102 pages; 1598639.
30.
Duty-Cycle Based Physical Unclonable Functions (PUFs) for Hardware Security Applications
by Azhar, Mahmood Javed, Ph.D.  University of South Florida. 2018: 100 pages; 10980455.
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