from materials to

sensors

Integrating functional materials into the analytical workflow

molecule

01. Research

We strive to push the boundaries of chemistry, developing of integrated analytical approaches that span from simple paper-based devices to highly specialized instrumentation

02. Mentoring

We work hard, every day, to foster a collaborative and productive environment so students can develop to their highest potential through high-quality education and research experiences

03. Impact

Our research projects drive meaningful change, creating positive impacts for communities and society as a whole

Recent News From the Lab

FAT & Associés

Thanks to Fabrice Turon (FAT & Associés) for the opportunity to present our research and interact with colleagues!

Congrats to Dike!

Congrats to Dike, who has successfully defended his research proposal and is now a PhD candidate!

New REU program!

Our proposal to establish and multi-site REU program on Deep Eutectic Solvents has been funded, and we are now making arrangements to get started!

most recent
Publications

We have published over 130 peer-reviewed articles, highlighting the importance of collaborative and interdisciplinary research activities.

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What can we do

to inspire you?

read about our projects

[01]

Biosensors

Our lab is interested in the development of new sensing platforms, understanding the chemistry behind them, and their application to measure biological compounds
[02]

Deep Eutectic Solvents

We aim to integrate chemical reactivity into the design of these solvents, rendering active materials with applications ranging from food science to defense.
[03]

Machine Learning

AI is transforming chemistry research by identifying patterns in complex datasets, greatly accelerating our workflows, reducing costs, and pushing the boundaries of innovation.

About
Our

group

We believe in thinking differently and in the power of analytical chemistry to change the world. We work hard, every day, to foster an inclusive, collaborative, and productive environment so students can develop to their highest potential through high-quality education and research experiences. We stride to obtain a broad understanding of chemistry, to think critically, to communicate effectively in both oral and written forms, to contribute to the research mission of our University, and (ultimately) to provide the training required to compete in the global market.

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