Xiayu Linpeng
My research interest is on the fundamental spin and optical properties of defects in direct band gap semiconductors. Advisor: Kai-Mei Fu - Physics and Electrical Engineering ...
Boyuan Huang
During the CEI Fellowship period, I will explore how optimized microstructure help achieve high-performance perovskite solar cells with long-term stability. Advisor: Jiangyu Li - Mechanical Engineering ...
Monica Esopi
My anticipated research will focus on designing and fabricating large area nanopatterned metal films for incorporation, as a transparent electrode, into organic solar cells. Advisor: Qiuming Yu - Chemical Engineering ...
Ryan Elliott
I specialize in developing real-time control schemes that utilize data collected from GPS-synchronized sensors distributed over large geographical areas to enhance the stability of the grid. Advisor: Daniel Kirschen - Electrical Engineering ...
Neal Dawson-Elli
My research will focus on using artificial neural networks to create surrogate models for physics-based battery models for parameter estimation, real-time control strategies, and educational tools. Advisor: Venkat Subramanian - Chemical Engineering ...
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. ...