Jonathan Kephart
I will study the self-assembly of M3Co6Se8 clusters to yield extended solid-state frameworks with atomic precision. Advisor: Alexandra Velian - Chemistry ...
Laura Jacoby
In the Gamelin lab, I am developing a facile thermal deposition method for making high quality perovskite thin films, and I plan to significantly scale and broaden the library of accessible materials over the next six months. Advisor: Daniel Gamelin - Chemistry ...
Yunping Huang
My research focuses on organic semiconductors and machine-learning-powered material design. Currently, I am applying neural networks to design high-performance materials for organic electronics. Advisor: Christine Luscombe — Materials Science & Engineering ...
Hang Hu
My research lies in the broad field of light-matter interactions in molecular species and condensed phase materials with a focus on their applications in clean energy technologies such as photovoltaics, photo-catalysis, and bioimaging. Advisor: Xiaosong Li - Chemistry ...
Minhao He
I plan to study the multiple hot-carrier generation processes in twisted graphene system by engineering the van Hov singularities in its flat bands, which can be revolutionary for photovoltaic technologies. Advisor: Xiaodong Xu - Physics ...
Atchuthan Gopalan
I will be investigating the characteristic of the surface plasmons of metal oxide nanocrystals and how we can manipulate the optical and conductive properties by adjusting parameters such as size and shape, as well as the effect of introducing dopant defects. Advisor: Daniel Gamelin - Chemistry ...
Orion Dollar
I plan to use machine learning, a genetic algorithm and molecular dynamic simulations in tandem to thoroughly explore the solute/IL space and return candidate electrolytes that are electrochemically stable with desirable transport characteristics. Advisor: Jim Pfaendtner - Chemical Engineering ...
Theodore Cohen
I will work with collaborators to develop 3D printable fluorinated resins and find novel methods to adjust the surface chemistry of perovskite nanocrystals so that they are soluble and stable in various fluorinated media. Advisor: J. Devin MacKenzie — Molecular Engineering ...
Erjin Zheng
My anticipated research will focus on developing new hole transport layer based on PEDOT derivatives for perovskite solar cells. Advisor: Qiuming Yu - Chemical Engineering ...
Qiu Ru Linnette Teo
My research aims to further the technique of Electrochemical impedance spectroscopy (EIS) by looking at joint time-frequency analysis of an impedance-like response about a non-steady periodic condition, e.g. when a battery is charging. Advisor: Venkat Subramanian - Chemical Engineering ...
Akshay Subramaniam
Thick, high-capacity electrodes are actively being considered to improve the energy density of lithium-ion batteries for electric vehicles (EVs). Advisor Venkat Subramanian - Chemical Engineering ...
Breena Sperry
My research is encompassed by solution processable inorganic nanocrystal (NC) inks for thin film solar cell applications. Specifically, I will be exploring the role of ligand interactions with capped-NCs. Advisor: Christine Luscombe- Material Science & Engineering ...