Ling Zhang
My research centers on the application of generative models in the context of renewable energy systems. By developing generative models, we can account for uncertainty without explicitly modeling probability. Advisor: Daniel Kirschen — Electrical & Computer Engineering ...
Muammer Yaman
My research involves the synthesis of hierarchical inorganic materials by designing programmable macromolecular building blocks like proteins, polymers. Advisor: David Ginger — Chemistry ...
Liwen Xing
The goal of my research is to develop a more environmentally friendly method to synthesize high-performance D-A conjugated polymers (high MWs and zero homo-coupling defect). Advisor: Christine Luscombe — Molecular Engineering ...
Liam Wrigley
My research will focus on designing new photocatalytic molecules for the purposes of clean energy generation. Advisor: Cody Schlenker - Chemistry ...
Caitlyn Wolf
Using molecular dynamics simulations of P3HT, we will train a machine learning model to predict neutron scattering profiles from force fields (FFs). Advisor: Lilo Pozzo - Chemical Engineering ...
Kendahl Walz
My work will pave the way for scalable phosphorene device fabrication while preserving the inherent electronic properties of the nanosheet. Advisor: Alexandra Velian - Chemistry ...
Duyen Tran
My research will address these challenges by (1) investigating ternary blends composed of a new class of NFAs synthesized in our lab and (2) developing tandem OPV devices with enhanced efficiency and Voc. Advisor: Samson A. Jenekhe - Chemical Engineering ...
Daniel Tabas
My research aims to develop a robust control framework for improving transient stability margins in low-inertia grids, in order to safely accommodate more renewable energy. Advisor: Baosen Zhang — Electrical & Computer Engineering ...
Amy Stegmann
My research will be using in situ microscopy methods to model growth and hierarchical assembly of hybrid organic / inorganic structures. Advisor: James De Yoreo - Molecular Engineering ...
Lane Smith
My research will focus on optimizing distributed energy resource (DER) utilization to ensure that maximum value is realized. Advisor: Daniel Kirschen — Electrical & Computer Engineering ...
Abhi Saxena
The study of light matter interaction lies at the heart of our quest to find clean energy alternatives ranging from solar energy capture and use, and better energy storage means, to finding energy efficient optoelectronic technologies. Advisor: Arka Majumdar — Electrical & Computer Engineering ...
Justin Pothoof
Understanding the mechanism and role of ion migration in 2D perovskite will allow scientists to fabricate record-setting solar cells and LEDs. Advisor: David Ginger - Chemistry ...