Core Resources
Ph. D. Thesis, Princeton, Anatoliy Chlenov, “Arene Exchange Accelerated by a Pendant Ligand.” PhD Thesis, Princeton University, Richard J. Hooley, “Palladium-Catalyzed Reactions and Their Application to the Toptal Synthesis of Plakortone B and analogs.” PhD Thesis, Princeton University, Princeton's departments and programs have broad academic expertise, and Ph.D. students have the opportunity to work with faculty who are experts in many fields and subfields of academic research. While the range of topics that Ph.D. students may pursue for dissertation work is wide, it nonetheless may be limited by the interests and expertise of the faculty PhD Theses All the links below lead to PDF versions of the theses. Peter Michael Garone, "Epitaxial growth and fabrication of MOS-gated Ge x Si 1-x / Si high hole mobility transistors," (). Part 1, Part 2 Erwin Josef Prinz, "Base transport and vertical profile engineering in Si/Si1-xGex/Si heterojunction bipolar transistors," ()
Recent Publications
Ph. D. Thesis, Princeton, Anatoliy Chlenov, “Arene Exchange Accelerated by a Pendant Ligand.” PhD Thesis, Princeton University, Richard J. Hooley, “Palladium-Catalyzed Reactions and Their Application to the Toptal Synthesis of Plakortone B and analogs.” PhD Thesis, Princeton University, The Princeton University Archives located within the Seeley G. Mudd Manuscript Library is the official repository for Undergraduate Senior Theses, Master's Theses and Ph.D. Dissertations. Princeton University undergraduate senior theses range from to the present. The following page includes all information for submission, searching & accessing Princeton's departments and programs have broad academic expertise, and Ph.D. students have the opportunity to work with faculty who are experts in many fields and subfields of academic research. While the range of topics that Ph.D. students may pursue for dissertation work is wide, it nonetheless may be limited by the interests and expertise of the faculty
Princeton University Doctoral Dissertations, 2011-2022
Ph. D. Thesis, Princeton, Anatoliy Chlenov, “Arene Exchange Accelerated by a Pendant Ligand.” PhD Thesis, Princeton University, Richard J. Hooley, “Palladium-Catalyzed Reactions and Their Application to the Toptal Synthesis of Plakortone B and analogs.” PhD Thesis, Princeton University, Princeton's departments and programs have broad academic expertise, and Ph.D. students have the opportunity to work with faculty who are experts in many fields and subfields of academic research. While the range of topics that Ph.D. students may pursue for dissertation work is wide, it nonetheless may be limited by the interests and expertise of the faculty This thesis will explore both of these directions through a detailed study of new materials, circuit designs, and coupling schemes for superconducting qubits. In the first experiment, we explore the use of disordered superconducting films, specifically Niobium Titanium Nitride, as the inductive element in a fluxonium qubit and measure the loss mechanisms limiting the qubit lifetime
Quantum computing and condensed matter physics with microwave photons
The dissertation must show that the candidate has technical mastery of the field and is capable of doing independent and original research. It must enlarge or modify current knowledge in a field or present a significant new interpretation of known materials This thesis will explore both of these directions through a detailed study of new materials, circuit designs, and coupling schemes for superconducting qubits. In the first experiment, we explore the use of disordered superconducting films, specifically Niobium Titanium Nitride, as the inductive element in a fluxonium qubit and measure the loss mechanisms limiting the qubit lifetime THE MULTI-PARTICLE MULTI-WELL (MPMW) FRAMEWORK: A QUANTUM FRAMEWORK INCORPORATING ATTENTIONAL CAPTURE, REPRESENTATIONAL GENERALITY, AND AROUSAL TO PERCEPTUAL CHOICE PROBLEMS. Rosendahl, Morgan L. Open Source Platforms for Enabling Full-Stack Hardware-Software Research. Balkind,
Stephen R. Forrest Professor of Electrical Engineering
The dissertation must show that the candidate has technical mastery of the field and is capable of doing independent and original research. It must enlarge or modify current knowledge in a field or present a significant new interpretation of known materials This thesis will explore both of these directions through a detailed study of new materials, circuit designs, and coupling schemes for superconducting qubits. In the first experiment, we explore the use of disordered superconducting films, specifically Niobium Titanium Nitride, as the inductive element in a fluxonium qubit and measure the loss mechanisms limiting the qubit lifetime Ph. D. Thesis, Princeton, Anatoliy Chlenov, “Arene Exchange Accelerated by a Pendant Ligand.” PhD Thesis, Princeton University, Richard J. Hooley, “Palladium-Catalyzed Reactions and Their Application to the Toptal Synthesis of Plakortone B and analogs.” PhD Thesis, Princeton University,
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