Zaarah Mohamed with Jesse BerezovskyConnecting Optical, Structural and Spin-dependent Properties for Films of Quantum DotsThe project aims to discern the connection between structural, optical, and spin-dependent properties for films of semiconductor nanoparticles. These films are to be created through various methods involving solutions of quantum dots, and will vary...
All projects
Logan Smith with Julia DobrosotkayaAnalysis and processing of hyperspectral data with the purpose of classificationHyperspectral imaging is an advanced imaging technique that measures visible and near-infrared light reflecting off a surface. Hyperspectral imagery has a wide range of applications from geospatial sciences to ecology, surveillance and more. A hyperspectral...
Robert Taylor with David GurarieAnalysis of Bifurcations and Abrupt Transitions in Energy Balance Models (EBM) coupled to green-house-gas emissions (GHG).Simple energy balance models with temperature dependent albedo (reflected fraction of incoming radiation) can exhibit hysteresis and rapid transitions between “warm” and “cold” equilibrium states. Another important factor that affects...
Christopher Wagner with Xuan GaoInvestigating the growth mechanism of atomically thin transition metal dichalcogenidesMonolayers of transition metal dichalcogenides (TMDCs), such MoS2 and MoSe2 , have been the subject of increased interest due to their promising potential in nanoelectronics, optoelectronics, and other fields. To date, the synthesis of large area...
Michael Anderson with Jesse Beresovsky
Advanced Undergraduate Acoustics Experiment
Acoustics represents a body of science that is rich in theory and new concepts and has many applications in everyday life. Unfortunately, many undergraduates are not afforded the opportunity to explore acoustics past a brief introduction. The purpose of this project, then, is...
Edwin Bernardoni with Rolfe Petschek
Optimization of the Static First Hyperpolarizibility of Many Non-Interacting Fermions
Large non-linear electronic polarizabilities would be advantageous for a variety of devices and have been intensely studied for around three decades. This project will examine theoretical limits on the static first non-linear electronic susceptibility of...
Nicholas Clyde with John Ruhl
Polarization Properties of Half-wave Plates
Millimeter wave optical components are useful for current Cosmic Microwave Background Radiation (CMB) experiments in the field of astrophysics. Therefore, it is useful to characterize these components. The purpose of this study is to test specifically the polarization properties of Millimeter...
Calvin Gao with Dan Akerib and Tom ShuttAnalysis of Single-Electron/Few-Electron Background in LUX S2 DataThe LUX dark matter experiment consists of a two-phase xenon detector which detects interactions between particles and the xenon nuclei and electrons. Such interactions will excite the xenon atoms causing them to emit photons and...
Jacob Derzon with Justin Gallagher
Evaluation of US Renewable Portfolio Standards in Terms of Effectiveness and Intention
In the past several decades, there have been several attempts by lawmakers to increase the use of renewable resources in various states through legislation known as the renewable portfolio standard (RPS), which mandates increased...
Oliver Ernst with Erkki Somersalo
Optimal Current Patterns and Resolution Limitations of the Bayesian Methodology in EIT
One of the applications of the Bayesian methodology is to the determination of the electrical admittivity distribution from measurement data in Electrical Impedance Tomography (EIT). Since this inverse problem is ill-posed, a spectrum of...