Inorganic Chemistry · Scientific Communication · Critical Analysis

During my Ph.D. at the University of Pennsylvania, I investigated the bonding, electronic structure, and reactivity of f-element compounds, with particular attention to the roles of 4f-orbital covalency and molecular symmetry in determining their properties. This work involved synthesizing challenging molecular systems and integrating spectroscopic, crystallographic, and computational evidence to understand their behavior. I also developed experimental and mathematical methods to monitor and quantitatively characterize chemical transformations occurring within single crystals. These experiences shaped my approach to scientific investigation and strengthened my appreciation for the importance of integrating complementary lines of evidence, critically evaluating explanations against experimental results, and developing new analytical methods when existing approaches prove insufficient.

As a postdoctoral fellow at Penn, I have extended this approach to applied chemical research, developing an integrated, acid-free process for recovering nickel and cobalt from laterite ores. My work combines process development with chemical and mineralogical characterization to understand how feedstock composition and processing conditions influence metal recovery. Moving from molecular chemistry to complex mineral systems has broadened my scientific perspective, introducing new challenges in connecting fundamental chemical understanding with practical process design and optimization.

Through this work, I've also come to appreciate how much scientific progress depends on the careful interpretation and communication of evidence. Developing a convincing explanation for an experimental result is often as challenging as obtaining the result itself, and I've found the process of constructing and communicating those explanations to be among the most rewarding aspects of research.