Welcome to Danish Pannu!

Danish Pannu started a PhD in november 2019 on the Multiscale Molecular Modeling of electrochemical systems: application to batteries. Her PhD is sustained by PSA and IFPEN.

Welcome to Toyese Oyegoke!

Toyese Oyegoke started in November 2019 a Phd thesis on « Engineering the selectivity of polyols oxidation using a multiscale approach combining DFT and kinetic modeling » sustained by a PTD fellowship from Nigeria.

Welcome to Jérôme Rey!

Jérôme Rey started a postdoc on the adsorption of polyols at the gamma-alumina/water interface in the framework of the ROAD4Cat project.

Congratulations to Kamila Kazmierczak!

Kamila successfully defended her PhD thesis on Heterogeneous catalysts for acceptor-less alcohol dehydrogenation – joined experimental and theoretical studies.

Nice stories that came out during the summer…

Two nice stories came out during the Summer. Thanks a lot to all my collaborators for the great work and investement!

If you want to know more about the reactivity of shape-controlled crystals of alumina in water and how metadynamics simulations managed to locate the weak spots responsible for the transformation of this oxide in water, you can visit the Nature Communication website or, for a French brief description, the CNRS website. A work in collaboration with IRCELyon, IFPEN, and UCLA.

Or, if you are more into catalysts activity and in silico screening, you can discover our findings on alcohol amination by heterogeneous catalysts in Nature Catalysis. Again, a brief description in French on the CNRS website. A work in collaboration with Solvay and its E2P2 Lab, UCCS in Lille, UCLA and Ghent University.

Welcome To Akif Ramzan!

Akif Ramzan arrived on Monday the 3rd of December 2018 to start a PhD in computational catalysis in collaboration with E2P2L in Shanghai and IC2MP, Poitiers.

Computational Studies across Catalysis & Interfaces

Welcome!

I am a CNRS researcher, working in Computational Chemistry. I love working at the interface between experimentalists and method developpers to investigate chemical transformations.

Improving the current understanding of reaction mechanisms is my main motivation. My  interests are spanning a wide range of chemical systems, with a preference for complex reactions occurring at a solid/liquid interface and Green Chemistry: biomass  valorisation, preparation and degradation of heterogeneous catalysts, non-conventional activation in catalysis, etc.

To do so, I rely mainly on DFT and on the computation of the reaction profiles (stability of intermediates and transition states) and on continuum and micro-solvation models of the water solvent. To reach a full description of the liquid water, molecular mechanics and rare events methods (metadynamics) are currently my favorite tools.