Welcome to the Gilmore Lab!
We go after big challenges in organic chemistry.
To do that, we use flow chemistry for reproducibility, computational chemistry for understanding, and machine learning for prediction.
Open Science
We will update our webpage someday...
News
- CongratulationsCongratulations Doris and Anietie for passing your written general exams. This is a fantastic achievement and we are proud of you!!! Also congratulations Anushka for passing this a year ago. All of you have been exceptional.
- Postdoc positions availableWe’re hiring two postdocs – fully funded! Please see details on our positions page about what we’re looking for and how to apply.
- Accepting new studentsWe are actively recruiting graduate students for the lab. Check out some of the topics we work on our research page and the types of people we look for on our positions page. If you’re interested, please reach out and we’ll find a time to chat.
Contact Us
E-mail: | kerry.m.gilmore@uconn.edu |
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Address: | University of Connecticut Department of Chemistry 55 N. Eagleville Road Storrs, CT 06269 |
More: | Lab: 316 Office: 405 |
Thrilled to share this award with my fantastic former colleague @ChemKarenR and @peterseeberger @MpiciPotsdam. This paper took its awhile to work out, and I’m very proud of what we figured out. Thank you @RSC_ReactionEng for the kind recognition and of course the award
We are hiring! Open postdoc position in the following areas: gene silencing/catalytic RNA applications, bioconjugation chemistries/nanomaterial synthesis.
Optimising a telescoped synthesis is a real challenge with twice the variables of single stage synthesis. Check out this article in @angew_chem by @iprd_leeds. By self-optimising as a holistic process we found an unexpected process route:
I'm really excited to finally share our new gradient temperature crystalliser. We've been working for a while on a controlled (stepless) temperature gradient for a flow crystalliser. @kerrymgilmore @peterseeberger #flowchem #crystallisation