Cesare Berton
@BertonCesare
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Postdoctoral researcher in radiochemistry and supramolecular chemistry in the Holland Lab at the University of Zurich
Zurich, Switzerland
Joined March 2018
Happy to share this work in @ChemSusChem with shocking performance for photocatalytic CO2 reduction, free of noble metals.đ https://t.co/VI0IVQLrta All credits go to @Fede_Droghetti #MircoNatali #AlbertRuggi @DellAmico_group and their teams đđ
chemistry-europe.onlinelibrary.wiley.com
The combination of a thermally-activated delayed fluorescence (TADF) dye with a heptacoordinated iron complex as a catalyst allows to achieve a noble-metal-free photochemical system capable of...
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Happy new year with great new chemistry! We just disclosed a procedure for spiropyran exchange: https://t.co/lv7fQ3NaML Our new method accelerates spiropyran photoswitch development and helps to boost the performance of dual color photoinitiators in xolography @xolo3D
onlinelibrary.wiley.com
Spiropyrans engage in exchange equilibria with indolinium salts that lead to exchange of the indoline fragments or catalyze spiropyran cross exchange, thereby providing a powerful tool for rapid...
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Our recent paper will be highlighted in the backcover of one of the next @ChemicalScience issues. I thank my collaborators @DJKimLab @SimonDai0517 @BertonCesare, and MUR and @snsf_ch for having made this research possible. Here is the updated link:
pubs.rsc.org
Light-switchable buffer solutions based on merocyanine photoacids can be used as efficient photoenergy harvesting systems. Varying the solvation environment of merocyanine photoacids in waterâmetha...
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Exciting new research â Light-switchable merocyanine photoacids can efficiently harvest photoenergy, creating tunable pH gradients that mimic natural proton pumps! @UNSWScience @UniPadova @ChemicalScience
pubs.rsc.org
Light-switchable buffer solutions based on merocyanine photoacids can be used as efficient photoenergy harvesting systems. Varying the solvation environment of merocyanine photoacids in waterâmetha...
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I am happy to have #MyFirstChemSci pubilished. I still remember the first time @DJKimLab introduce this interesting project to me and showed beautiful works about photoacid from @CristianPezzato and @BertonCesare . We have finally arrived here. Thank you all for supporting!
Exciting new research â Light-switchable merocyanine photoacids can efficiently harvest photoenergy, creating tunable pH gradients that mimic natural proton pumps! @UNSWScience @UniPadova @ChemicalScience
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đ Exciting news! Our collaborative paper on "Wiring Proton Gradients for Energy Conversion" has been accepted in @ChemicalScience! I'm grateful for this opportunity and co-authors: Xinchen Dai, @DJKimLab, and @CristianPezzato! đ Check it out here:
pubs.rsc.org
Light-switchable buffer solutions based on merocyanine photoacids can be used as efficient photoenergy harvesting systems. Varying the solvation environment of merocyanine photoacids in waterâmetha...
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Hello - our paper on "wiring proton gradients for energy conversion" (with Xinchen Dai, @BertonCesare @DJKimLab) has just been accepted by @ChemicalScience; you can find it at the following link:
pubs.rsc.org
Light-switchable buffer solutions based on merocyanine photoacids can be used as efficient photoenergy harvesting systems. Varying the solvation environment of merocyanine photoacids in waterâmetha...
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Excellent to see these concepts, and of course our radiolabelled rotaxane platform highlighted. Thanks Angela and coauthors. Lots to do! @MedBioinorgChem
#SMARTdrugs J
Assembling a new generation of radiopharmaceuticals with supramolecular theranostics https://t.co/bCKDOMwPdp A new Review article from @GMAlcantar @MarikeDrexler & Angela Casini (@MedBioinorgChem)
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Amazing lecture from @MazzantiLab on dinitrogen chemistry using f-elements as the first plenary lecture at @GEQOSevilla24 It's great to see all the work throughout the years in the group and proud to have contributed in part to it.
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Registration and abstract submission for the @RoySocChem 2024 Macrocyclic & Supramolecular Chemistry Meeting #MASC2024 are open! Join us in York on 16 & 17 December! All details at https://t.co/mqZ0FiRSsI
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@ChristeenaMathw from the group @kay_severin @EPFL_CHEM_Tweet presents âVicinal Nucleophilic Disubstitution Reactions of (Densely Substituted) Arenes via 1,2-Bis-Triazenylarenesâ #fm24 @SwissChemistry @unifrChemistry
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The Holland lab presents a new perspective on the next generation of radiopharmaceutical design. Check out the concepts and mechanisms in NPJ Imaging: https://t.co/ed0lQsmC49
@HollandLab_
@ERC_Research
@UZH_Chemistry
@UZH_Science
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Nice to see this article (and these ideas) out in the open. Looking forward to the conversations and chemistry that follows. ... Congratulations to @BertonCesare @SimonKlingler_ @StanislavP15
@ERC_Research @UZH_Chemistry @UZH_Science
The Holland lab presents a new perspective on the next generation of radiopharmaceutical design. Check out the concepts and mechanisms in NPJ Imaging: https://t.co/ed0lQsmC49
@HollandLab_
@ERC_Research
@UZH_Chemistry
@UZH_Science
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Metal-mediated synthesis of a mixed Arduengo-Fischer carbodicarbene ligand. A study by @bastiaan_kooij published #openaccess in @angew_chem : https://t.co/aWeZqIO1NP
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Nanogels with metal-organic #cages as functional crosslinks. Work of @chaolei_hu in @angew_chem : https://t.co/yVE7ZdHi6n
#openacccess @EPFL_CHEM_Tweet
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Coordination #cages containing Fe(II), Pd(II), and Au(I). Work of @NogaEren just published in @InorgChemFront : https://t.co/2p4DQ5AQWI
#openacccess @EPFL_CHEM_Tweet
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Delighted to share my last publication in @ChemicalScience with @MazzantiLab in collaboration with @Moreno_Chem and @CamposGroup in Dinitrogen activation with Fe and f-elements. Thanks to all the collaborators @snsf_ch
@EPFL_CHEM_Tweet @MSCActions
https://t.co/rFqpz9nAaU
pubs.rsc.org
End-on binding of dinitrogen to low valent metal centres is common in transition metal chemistry but remains extremely rare in f-elements chemistry. In particular, heterobimetallic end-on N2 bridged...
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