Plenary lecture
Thanks for the opportunity to share some of our results linked to the use of AI in chemistry
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.
Latest developments in the lab
Justin’s first paper just got accepted!
Congrats to Justin on his first paper ever! The publication “Deciphering Antioxidant Interactions via Data Mining and RDKit” will soon appear in the journal Scientific Reports.
Paper describing the application of XGBoost to eutectic systems accepted in ACS Sustainable Chemistry & Engineering
We described a model that can predict melting points of DES with an accuracy of 98% and that can be applied to DES based on halogen bonding.
Paper addressing cross-talking in electrochemical arrays accepted in ACS Sensors
Besides enabling the detection of S. aurus and COVID-19, we described a simple strategy to address cross-talk and analyze up to 48 droplets within ~8 min using amperometry.
Our “Crown of thorns” featured in ClemsonNews
Collaboration with the Brazilian Nanotechnology National Library leads to spike- and crown-like nanostructured microelectrodes (SC-NMEs).
Congratulations Dr. Ayres!
Incredibly proud of the latest graduate from the lab 🙂
Funding for our projects at Clemson has been provided by:
2024 FPRF – ACREC
2024 SCDA ACRE
2024 USDA
2024 ACREC
2023 CURF
2023 SCDA ACRE
2023 SCDA ACRE
2022 ACREC
CHE 2227374
2021 ACREC
STTR-21-1-T6.06-1513
CHE 2050042
2019 SCDA ACRE
OISE 1565508
HDTRA1-16-1-0030 via SwRI
Research Seed Grant
CHE 1560300
