Princeton University Library Catalog
- Soussan, Ryan [Browse]
- Senior thesis
- Houck, Andrew [Browse]
- Princeton University. Department of Electrical Engineering [Browse]
- Class year:
- 74 pages
- Restrictions note:
- Walk-in Access. This thesis can only be viewed on computer terminals at the Mudd Manuscript Library.
- Summary note:
- This thesis describes two new methods for creating resonators for superconducting
qubits: photonic crystals and impedance gratings. Photonic crystals use
periodic dielectric spacings to give rise to prohibited band modes in the structure.
When defects are introduced, light can resonate at the location of the defects and
reach high quality factors. Impedance gratings are also used for resonators, and
this paper will show that they offer a tunable quality factor and the option for a
high modal volume. These effects are useful for tailoring qubits for readout or long
lifetimes, and for exploring certain regimes of quantum optics such as the multimodal
Rabi Hamiltonian. This paper will describe the theory and simulations for
each system, as well as experiments made with photonic crystals.