Yize Chen
My research goal is to design efficient data-driven strategies to control and optimize complex energy systems. Advisor: Baosen Zhang - Electrical & Computer Engineering ...
Ting Zhao
I will focus on developing a simple and generally-applicable ion-exchange method to synthesize diverse and high-quality atomically-thin 2D hybrid perovskites utilizing the solubility difference between organic and inorganic sublattices. ...
Alan Zhan
I plan to explore polymer metasurface (MS) freeform optical elements to enhance the efficiency of concentrated photovoltaics (CPV) ...
Nathan Wilson
I will systematically explore heterostructures formed by stacking the atomically thin semiconductors WSe2 and MoSe2 by varying their architecture, for example, by inserting a thin dielectric to quench carrier recombination, thus increasing carrier collection efficiency. ...
Maria Viitaniemi
In order to better understand the nature of carrier localization and recombination in InGaN/GaN quantum wells (QWs) used in blue light emitting diodes (LEDs) , we are developing a stimulated emission depletion (STED) microscope tailored to InGaN QWs. STED microscopy is widely used in biological systems to achieve far-field spatial resolution below the diffraction limit. ...
Di Sun
My research area is focused on developing self-cleaning surface system for solar panels. ...
Ryan Stoddard
My research is focused on developing stable, high bandgap perovskite materials to enable fabrication of cheap, completely solution processed tandem solar cells. ...
Yuanyuan Shi
This research is about how to effectively use Battery Energy Storage Systems (BESS) in data center to help reduce its electricity cost. ...
Joshua “Shua” Sanchez
I will investigate superconductivity in the compound LaAgSb2 by growing chemically substituted single crystals and characterizing their physical properties via electrical transport, thermodynamic and magnetic measurements. ...
Brandon Rotondo
I will research into the scale up of organometallic perovskite film deposition, and examine the use of wide band gap organometallic perovskite solar cell as a top absorber in a tandem cell with a narrow band gap CIGS cell ...
Emily Rabe
The objective of my research will be to understand and control exciton-charge interactions in materials for next-generation energy conversion applications, such as solid-state lighting and excitonic solar cells. ...