Colloidal MOF particles possess ordered solvation shells akin to proteins, as revealed by surface-specific spectroscopy, remaining stable without deliberate capping ligands. Pioneering study by our very own @AshleyMapile. Out now in @acsnano! @uoregon
https://t.co/fAL4yYg4oD
Unlike colloidal quantum dots, MOF particles lack traditional surface ligands but remain stable. Instead, they dissolve like polymers, proteins, and other macromolecules. Check out our collaboration with @cmrisko and @DiWuWSU! @uoregon@UO_Research
https://t.co/lCbYplWR8P
The @ICHF_PAN director for scientific affairs @adkubas interviewing the #DreamChemistryAward winner @BrozekCarl. Full interview online together with the award ceremony: https://t.co/2tsLAxpIDx
You’re also looking at one of the co-chairs for the next vibrational spectroscopy GRS in 2024! I’m looking forward to planning a fun weekend alongside Reena from @baizgroupUT!
I had a great time at my first @GordonConf in vibrational spectroscopy AND my first time in New England! The week was full of great science, meaningful conversations, and friendly connections (old and new)!
@echrist0ffersen Usually local public health departments have a self report option! I did that when I got COVID. Sorry it’s been terrible, NOT a fun time 🙁
Per Richmond lab tradition, the person who just passed their thesis defense gets pied. Today, it was my turn to do throw the pie. 😁 Congratulations Dr. Tran!
We are now accepting applications for new DuckREFS! Any current UO student in chemistry, physics, earth sciences, and biology can apply!
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Visit our website for more information! https://t.co/CMRmFtW4en