Till Schertenleib
@tscherte
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PhD student @EPFL with Prof. Wendy Queen. Former Fulbright visitor @Columbia University with Prof. Simon Billinge. MOFs / Defects / Pair-distrubution functions
Joined April 2020
Our paper on the role of distorted low-symmetry Zr clusters in catalysis is finally online. Have a look if you're curious to learn more cluster dehydration as a means of defect engineering in Zr-MOFs. @Mehr_Asgari @lfim_epfl @bbmourino @felder_timo.
Anisotropic node distortions in amorphous MOFs: Low-valent Zr sites as catalytic hotspots
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Good news! @Anitajustin_ work from her PhD received enough views to be a Top Viewed Article. I am happy to be part of it :) Read it here #TopViewedArticle #CO2capture #MOFs @wileyinresearch @lfim_epfl.
advanced.onlinelibrary.wiley.com
Various polyamines are covalently grafted to an amine-functionalized ligand inside of a Cr-MOF via a two-step post-synthetic modification strategy. The resulting materials offer enhanced performance...
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Thanks so much to all the co-authors for their contribution and guidance 🙏.Particularly, I'd like to thank Wendy @lfim_epfl Mehrdad @Mehr_Asgari and Simon Billinge for their mentorship. Also, big thanks to @bbmourino for her input and help from a DFT perspective ✨.
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Very happy to share our preprint just posted online. Thanks to all the co-authors ⚡.We investigate the role of O-vacancies in Zr clusters; their role in structural distortions of the metal nodes and the creation of low-valent reaction sites in DUT-67 #defects #disorder.
Anisotropic Node Distortions in Amorphous MOFs: Low Valent Zr Sites as Catalytic Hotspots
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RT @ChemicalScience: NEW in Chemical Science 📣. A post-synthetic modification strategy for enhancing Pt adsorption efficiency in MOF/polyme….
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RT @lfim_epfl: We had a blast at this year @UKpormat in Liverpool. Thanks @LivUni for hosting the event and to all the organizers and speak….
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We carried out some interesting in situ XANES studies at SNBL at @esrfsynchrotron to track the adsorption and reduction of Pt(IV) under continuous flow- big thanks to the beamline staff for their invaluable help!.
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Check out #MyFirstChemSci paper on functional redox-active polymers in MOFs for the extraction of Pt(IV) and other precious metals. Thanks a lot to all the co-authors @Mehr_Asgari @lfim_epfl for their contribution and guidance. @ChemicalScience.
pubs.rsc.org
Growing polymers inside porous metal–organic frameworks (MOFs) can allow incoming guests to access the backbone of otherwise non-porous polymers, boosting the number and/or strength of available...
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RT @ikochetygov: I had no doubt @MOF_papers bot will be the first to catch it. More news coming soon!.
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RT @Mehr_Asgari: On the way to MOF2022 with my friends, Vikram Karve, @tscherte, and @felder_timo. Looking forward to listening to a lot of….
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RT @lfim_epfl: 📣 Open postdoc position at LFIM!. Applicants interested in the design of nano-biodelivery systems are welcome. 🧬🔬. RT apprec….
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Can't wait for the next step with you all. Looking forward to my PhD @We_R_Innov8ors.
Great work by our Master students Vilasini Mahesh and @Till_Scherti who successfully defended their theses today. Congratulations! 🎉.#LFIM @EPFL_CHEM_Tweet
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