Painter, Oskar
- Xie, Tian (2025) Scalable On-Chip Platforms for Quantum Microwave-Optical Interface with Solid-State Ensembles; 10.7907/03kg-x059
- Wu, Lue Leo (2024) Greater Than One Billion Optical Q Factor for On-Chip Microresonators; 10.7907/n1cn-tn34
- Lei, Mi (2024) Many-Body Cavity Quantum Electrodynamics and Spin Dynamics with an Ensemble of Rare-Earth Ions; 10.7907/gx1e-en28
- Ruskuc, Andrei (2024) Single Rare-Earth Ions in Solid-State Hosts: A Platform for Quantum Networks; 10.7907/ecn2-pp53
- Yuan, Zhiquan (2024) Physics and Applications of Optical Nonlinearity in High-Q Microresonators; 10.7907/vj6e-wr82
- Mueller, Andrew Sterling (2024) Quantum Measurements with Superconducting Nanowire Single Photon Detectors; 10.7907/tneb-9z27
- Wood, Steven Andrew (2024) Quantum Microwave to Optical Transduction with Light-Robust Superconducting Circuits; 10.7907/kkbj-ex94
- Zhang, Xueyue (2023) Superconducting Circuit Architectures Based on Waveguide Quantum Electrodynamics; 10.7907/c7d8-nn87
- De Rose, Lucía Belén (2023) Nanoscale Field Emission Devices for High-Temperature and High-Frequency Operation; 10.7907/8qa5-kn97
- Ferreira, Vinicius Thaddeu dos Santos (2022) Waveguide Quantum Electrodynamics with Superconducting Slow-Light Waveguide Circuits; 10.7907/y4vk-a827
- Kim, Eun Jong (2022) Waveguide Quantum Electrodynamics in Superconducting Circuits; 10.7907/bscv-b073
- Dalzell, Alexander Moos (2022) Random Quantum Circuits and Their Simulation Complexity: an Analysis with Statistical Mechanics; 10.7907/3ntn-n574
- Rochman, Jake Herschel Lebi (2022) Microwave-to-Optical Transduction Using Rare-Earth Ions; 10.7907/4h2f-wj87
- Bauser, Haley Coddington (2022) High Contrast Nanophotonics for Scalable Photovoltaics and Solar Fuels; 10.7907/2xqd-c773
- Banker, Jash Haren (2022) Photonic and Phononic Band Gap Engineering for Circuit Quantum Electrodynamics and Quantum Transduction; 10.7907/jrf3-gx27
- Madjarov, Ivaylo Sashkov (2021) Entangling, Controlling, and Detecting Individual Strontium Atoms in Optical Tweezer Arrays; 10.7907/d1em-dt34
- Fang, Michael Tianyu (2020) Suspended Trace Air-Gap Resonators for Low Loss Superconducting Circuits; 10.7907/6teq-md72
- Ren, Hengjiang (2020) Cavity Optomechanics for Hybrid Quantum Systems; 10.7907/vr67-w986
- Craiciu, Ioana (2020) Quantum Storage of Light Using Nanophotonic Resonators Coupled to Erbium Ion Ensembles; 10.7907/yn6n-7x40
- Luo, Jie (2020) Integrating Quantum Optical and Superconducting Circuits with Quantum Acoustics for Scalable Quantum Network and Computation; 10.7907/P0YC-CQ43
- Iverson, Joseph Kramer (2020) Aspects of Fault-Tolerant Quantum Computation; 10.7907/q5ev-rm81
- MacCabe, Gregory Scott (2019) Phonon Dynamics and Damping in Three-Dimensional Acoustic Bandgap Cavity-Optomechanical Resonators; 10.7907/7R9W-EV53
- Muniz Silva, Juan Andres (2017) Nanoscopic Atomic Lattices with Light-Mediated Interactions; 10.7907/Z9W66HTK
- Yu, Su-Peng (2017) Nano-Photonic Platform for Atom-Light Interaction; 10.7907/Z9668B7F
- Hood, Jonathan David (2017) Atom-Light Interactions in a Photonic Crystal Waveguide; 10.7907/Z9NV9G9Z
- Norte, Richard Alexander (2015) Nanofabrication for On-Chip Optical Levitation, Atom-Trapping, and Superconducting Quantum Circuits
; 10.7907/Z9WS8R61
- Goban, Akihisa (2015) Strong Atom-Light Interactions Along Nanostructures: Transition from Free-space to Nanophotonic Interfaces; 10.7907/Z9T151KX
- Rosenberg, Robert Alan (2011) The Impact of Surface Chemistry on Photoelectrochemical Device Characteristics; 10.7907/TW3G-C242