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Tolbert Lab
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Tolbert Lab
@TolbertLab
Studying nanostructured magnetic 🧲, battery 🔋, thermally insulating 🖼, semiconducting polymer 🧪 & super hard 💎 materials at @uclachem. Student-run account.
Westwood, Los Angeles Katılım Ekim 2019
1.2K Takip Edilen1.4K Takipçiler

Our group has been collaborating with the Raman, Pilon, and Dunn groups to develop a new material for radiative cooling by making a gel capable of redirecting heat into the sky. You can see our awesome teammates at work in the video! @uclachem @cnsiatucla
youtube.com/watch?v=PG20q4…

YouTube
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We are excited we got to show some of our latest work on nanoporous Na&Li-ion batteries from our amazing leader Dr. Sarah Tolbert at MRS! We also have more talks to come from some of our labmates who are presenting their work on semiconducting polymers!
@Materials_MRS #S25MRS

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Going to 2025 MRS spring meeting & exhibit in Seattle? Come check out our talks! @Materials_MRS #S25MRS


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Tolbert Lab retweetledi

🥳Congratulations to Prof. Sarah Tolbert @TolbertLab for being awarded the ACS Southern California Section’s (@SCALACS1) highest honor, the 2023 Richard C. Tolman Award Medal! @uclaphyssci @uclanewsroom chemistry.ucla.edu/news/2023-tolm…

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Tolbert Lab retweetledi

The 2023 Tolman Award recipient is Professor Sarah H. Tolbert, Department of Chemistry and Biochemistry at the University of California, Los Angeles for her research in Nanoscience and Materials Chemistry.
Congratulations, Professor Tolbert!
#scalacs #tolmanaward

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In our recent paper published in Chemistry of Materials, we showed doping low-cost amorphous regiorandom P3HT with large dodecaborane clusters results in partial ordering, improved carrier delocalization, and increased conductivity!
pubs.acs.org/doi/full/10.10…
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Our collab with the Schwartz lab finds that two polymorphs of the same conjugated polymer in the same rub aligned film experience different levels of structural change after doping, leading to variations in conductivity.
pubs.acs.org/doi/10.1021/ac…
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Check out our recent paper published in ACS Nano where we show faster charging and longevity can be achieved through suppression of Li-insertion phase transitions by using particle size to control phase behavior and kinetics!
pubs.acs.org/doi/10.1021/ac…
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