Theses from 2023
The Quantitative Microanalysis Explorer: Introducing web-based visualization for optical, electron, and quantitative x-ray maps for studying lunar samples, Angelina Minocha, Bachelor of Arts (A.B.)
Theses from 2021
Development of a Diamond Defect Quantum Sensing Platform for Probing Novel Quantum Magnetic Phases, Jeffrey Ahlers, Bachelor of Arts (A.B.)
Theses from 2019
Toward Devices for Exploring PT-symmetry in Electronic Transport of Graphene, Michael Carovillano, Bachelor of Arts (A.B.)
Studies of Nucleation and Glass Formation in Metallic Liquids, Ryan Chang, Bachelor of Arts (A.B.)
Real-time RFI Mitigation in Radio Astronomy, Emily Ramey, Nick Joslyn, Richard Prestage, Michael Lam, Luke Hawkins, Tim Blattner, and Mark Whitehead, Bachelor of Arts (A.B.)
Investigating Supernova Remnant Kinetics using 1420 MHz HI Hyperfine Emission, Nathan Whitsett, Bachelor of Arts (A.B.)
Posters/Abstracts from 2017
A nonlocal application of the dispersive optical model to 208Pb, Michael Keim
Posters/Abstracts from 2016
X-ray Flux/Spectral Variability of the Gravitationally Lensed Blazar PKS 1830-211, Christian Fogerty, Fabian Kislat, and Henric Krawczynski
Topological Transitions in a Superconducting Qubit, Arman Guerra
Application of the Dispersive Optical Model to 208Pb, Michael Keim
Calculating the Observable Properties of Mass Accreting Black Holes, Heather Lee
Posters/Abstracts from 2015
Automated searching of craters on Stardust interstellar foils, Zuohan Xiahou
Theses from 2014
Survey of ‘Low-Z’ Particles from the Interplanetary Dust Collection in Search of IDPs, Harison Wiesman
Physics
The Stardust Interstellar Dust Collector Crater Origins and Hypervelocity Cratering at Oblique Angles in Aluminum Foil, Harison Wiesman
Physics
Theses from 2013
Determination of Average Loss Lifetimes for Near‐Earth Electrons in Solar Storms, John Blears
Physics
Superfluidity in Neutron Stars, Samuel J. Witte
Physics