Dr. Charlotte Vogt
@CharlotVogtLab
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🇳🇱 🇮🇱 🇺🇸 - Principal Investigator at the Technion 🧪 Catalysis to Fuel the Future 🔬
Tel Aviv, Israel
Joined December 2010
RT @angew_chem: @CharlotVogtLab at @TechnionLive disclose a new method to study the Electric Double Layer and uncover a previously obscured….
onlinelibrary.wiley.com
Different regions of the electrode/electrolyte interface, such as the interfacial layer and diffuse double layer, are spectroscopically discerned by analyzing multi-dimensional time-variance within...
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Just returned from the Nobel Symposium on Chemistry for Sustainability: Fundamental Advances in Sigtuna. Inspired, and very grateful for the chance to exchange ideas with brilliant minds pushing the boundaries of chemistry for a better future. #NobelSymposium #GreenChemistry
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Proud to have helped craft, and to be a signatory of, the newly launched Stockholm Declaration on Chemistry for the Future, unveiled at the Nobel Prize Museum. A call to action for ethical, sustainable, forward-looking chemistry: I encourage to sign:. 📄
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New paper alert: led by Weiran Zheng, we explore AOR on RuO₂ under alkaline conditions using a.o. DEMS + UV–vis spectroscopy. Key takeaway: intermediate control = selectivity control. Read more:
pubs.acs.org
Ammonia electrooxidation (AOR) on metal oxides involves a complex interplay between nitrogen (N)- and oxygen (O)-containing intermediates, critically influencing reaction activity and product...
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RT @angew_chem: #OnTheCover Decoding Double Layer Dynamics for CO2 Electroreduction over Cu (Charlotte Vogt and co-workers) @CharlotVogtLab….
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My first PhD student, Daniel Sinausia's first article made the front cover of Angewandte Chemie; congrats Dani! Thanks to Thomas Hartman once again for bringing our vision to life in the beautiful cover design.
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Stony Brook University and Brookhaven National Lab. He’s also a Fellow of both the American Physical Society and the AAAS. We’re lucky to have him with us for a few weeks; looking forward to many exciting discussions, and of course his short course while he’s here. @SchulichT.
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Happy to welcome my friend and colleague Professor Anatoly Frenkel as this year’s Schulich Visiting Professor Lecturer at the Technion!. Anatoly is well known for pioneering machine learning approaches in structural analysis and nanomaterials design, and holds appointments at…
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Catching our breath after an eventful and exciting trip to ROCK at @synchroSOLEIL. #stem #synchrotronradiation #xrays
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Last week’s @NatureConf on CO2 conversion by renewable energy in Wuhan was a great opportunity to make new connections, see and discuss the latest advances, and to meet old friends. #CO2conversion
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Still missing a few, but grateful we get to share such moments.
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. pH, and mineral precipitation. Using real seawater, Noam’s work provides valuable insights into optimizing CO₂ removal processes. Congratulations, Noam - excited for what’s next! #ClimateScience #CarbonCapture @ChemEngJournal.
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Proud to share Noam Karo’s first first-author article on marine Carbon Dioxide Removal (mCDR)! This study explores how seawater alkalinity, CaCO₃ mineralization, and CO₂ uptake are influenced by factors like ion concentration.
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Our recent review article made the cover of @ChemSocRev. Thanks to @artman_H for the beautiful design!.
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RT @ChemSocRev: Be sure to read "Metal–support interactions in metal oxide-supported atomic, cluster, and nanoparticle catalysis" by Denis….
pubs.rsc.org
Supported metal catalysts are essential to a plethora of processes in the chemical industry. The overall performance of these catalysts depends strongly on the interaction of adsorbates at the atomic...
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RT @BWeckhuysen: Integrated Carbon Dioxide Capture & Methanation Process. CO2 in the air is captured by an aqueous NaOH solution to form ca….
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used in the field, narrowing them down to a few key physicochemical characteristics that drive observed effects. Our goal was to provide a comprehensive, tutorial-style resource that builds from foundational concepts and simplistic models to the full complexity of MSI….
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