CORDIS Project
Funding breakdown and partner intelligence are Premium
Sign in and upgrade to Premium for EU contribution totals, consortium analytics, OpenAlex research context, and AI summaries. · 0 consortium intelligence fields visible of 1
Start free • Cancel anytime • 14-day refund guarantee
This project explores the use of microscopic electric fields to enhance chemical reactions and reduce unwanted byproducts. By employing advanced spectroscopy techniques, it aims to understand how these fields influence catalysis and reaction pathways in organic compounds and photoreactions.
Chemists constantly seek better catalysts that improve performance of desired chemical reactions and suppress the formation of adventitious products.
On the other hand, Nature performs difficult reactions using tailored electric fields as catalysts, and so can we!
The overarching goal of this project is to impose, measure and utilize microscopic electric fields to fundamentally understand their organization and elucidate their role in driving non-redox chemical reactivity and catalysis.EFFICACY…
UNIVERSITAT ZURICH
Partner organizations (coordinator is shown above), with normalized type and CORDIS activity type. Guests see up to 4 partners.
Similar projects, consortium collaboration history, frequent partners, and OpenAlex research context.
Guests see up to 5 EuroSciVoc fields.
Guests see up to 5 topics.
Guests see up to 5 keywords.
