Theses
- Exploring Dirac Materials and Two-Dimensional Magnet Using Green’s Function Method and Quantum Magnetic Imaging Jeyson de Jesús Támara Isaza, Master’s thesis (Universidad Nacional de Colombia)
- Progress in Nitrogen Vacancy Nuclear Magnetic Resonance Detection
Emma Huckestein, Master’s thesis (University of Maryland)
- All Features Great and Small: Distinguishing the effects of specific magnetically active features on radial-velocity exoplanet detections
Tim Milbourne, PhD thesis (Harvard University)
- Experimental Realization of Improved Magnetic Sensing and Imaging in Ensembles of Nitrogen Vacancy Centers in Diamond
Connor Hart, PhD thesis (Harvard University)
- Quantum Diamond Microscopes for Biological Systems and Integrated Circuits
Matthew Turner, PhD thesis (Harvard University)
- Analytical and statistical models for laboratory and astrophysical precision measurements
Nicholas Langellier, PhD thesis (Harvard University)
- Topics in precision astrophysical spectroscopy
Aakash Ravi, PhD thesis (Harvard University)
- Optimizing Nitrogen-Vacancy Diamond Magnetic Sensors and Imagers for Broadband Sensitivity
Jennifer M. Schloss, PhD thesis (MIT)
- Dynamic and Geometric Control of Electronic Spins in Diamond for Quantum Sensing and Quantum Information Science
Junghyun (Paul) Lee, PhD thesis (MIT)
- Optimizing Solid-State Spins in Diamond for Nano-to Millimeter-Scale Magnetic Field Sensing
Erik Bauch, PhD thesis (Harvard University)
- Precision Magnetometry and Imaging via Quantum Manipulation of Spins in Diamond
Keigo Arai, PhD thesis (MIT)
- Nuclear Magnetic Resonance with Spin Singlet States and Nitrogen Vacancy Centers in Diamond
Stephen J. DeVience, PhD thesis (Harvard University)
- Magnetic Field Sensing with Nitrogen-Vacancy Color Centers in Diamond
Linh M. Pham, PhD thesis (Harvard University)
- Progress in Tests of Fundamental Physics Using a 3He and 129Xe maser
Alex G. Glenday, PhD thesis (Harvard University)
- Testing Fundamental Lorentz Symmetries of Light
Michael A. Hohensee, PhD thesis (Harvard University)
- Slow and Stored Light in Atomic Vapor Cells
Mason J. Klein, PhD thesis (Harvard University)
- Development of a Low-Field 3He MRI System to Study Posture-Dependence of Pulmonary Function
Leo L. Tsai, PhD thesis (Harvard University)
- Progress Towards an Optimized 129Xe/3He Zeeman Maser and a Test of Boost Symmetry
Federico Cane, PhD thesis (MIT)
- CPT and N-resonance phenomena in rubidium vapor for small-scale atomic clocks
Christopher Smallwood, undergraduate thesis (Harvard University)
- Study of Gas Flow Dynamics in Porous and Granular Media with Laser-Polarized 129Xe NMR
Ruopeng Wang, PhD thesis (MIT)
- Precision Measurements with Atomic Hydrogen Masers
Marc Humphrey, PhD thesis (Harvard University)
- Nuclear Magnetic Resonance Experiments using Laser-Polarized Noble Gas
Glenn P. Wong, PhD thesis (Harvard University)
- Fundamental Symmetry Tests using a 129Xe/3He Dual Noble Gas Maser
David C. Bear, PhD thesis (Harvard University)
- Line Narrowing of Fiber Coupled Laser Diode Array and 3He Lung MRI
Jermane Massey, Master’s thesis (MIT)
- Biomedical Applications of NMR Imaging and Diffusion Studies Using Thermal and Hyperpolarized Xenon
Sameer Sheth, undergraduate thesis (Harvard University)
- Nonlinear Magneto-Optic Effects in Optically Dense Rubidium Vapor
Irina Novikova, PhD thesis (Texas A+M University)
- Laser Polarized Liquid Xenon
Karen Sauer, PhD thesis (Princeton University)
- Spin-Exchange Polarized 3He Using Optically Pumped Alkali Atoms for Magnetic Resonance Imaging and Neutron Spin-Filters
Vance Pomeroy, PhD thesis (University of New Hampshire)
- A Precision Measurement of the 129Xe Electric Dipole Moment Using Dual Noble Gas Masers
Mark Rosenberry, PhD thesis (University of Michigan)
- A Polarized 3He Beam for Parity Violation Studies on the Princeton Cyclotron
Dave Siegal, Undergraduate thesis (Princeton University)