
The latest information about the laboratory:
- Seminars by Prs. R. Venegas and K. Muñoz entitled "Decoding Heteroatom Effects in Ni-Based M–N–C Nanohybrids for Water Splitting" and "Designing Coordination Chemistry for Electrocatalytic Energy Conversion" wednesday 14th of october 2026 at 2:00 PM, meeting room of the LISE.
- Defense of M. Decker's thesis entitled " Local pH monitoring at the electrocatalyst surface for modulating product selectivity in denitrification " on Friday, september 4, 2026 at Sorbonne Université.
- Defense of Y. Wang's thesis entitled " Magnetron sputter deposition of CuOx-based photocathodes and formation of heterojunctions with WO3 for photoelectrochemical H2 production " on Tuesday, july 7, 2026 at Sorbonne Université.
- Defense of J. Su's thesis entitled "Fabrication and ion transfer dynamics of carbon nanotube-based composite films for supercapacitor applications" on Friday, december 19, 2025 at Sorbonne Université.
- Defense of Y. Segura-Ramirez's thesis entitled "CO₂ electroreduction from waste incinerator flue gas using molecular catalysts" on Thursday, november 27, 2025 at Collège de France.
- Defense of R. Gaultier's thesis entitled "Le devenir des protons à l’interface TiO2/H2O : étude de la cohabitation entre insertion et HER" on Thursday, november 24, 2025 at Sorbonne University.
- Defense of N. Marzouq's thesis entitled "Composite oxyde de graphène réduit – polyoxométallate tungstique : matériau d’électrode pseudo-capacitif pour micro-supercondensateur" on Thursday, november 6, 2025 at Sorbonne University.
- Seminar by Prof. J. Profili (Université de Québec à Rimouski (UQAR)) entitled "Vers une meilleure compréhension des modifications de surface nanométrique par plasma atmosphérique : le cas des polymères fluorés" friday 3 of October 2025.
- Welcome to N. Belkessa MDC-SU who will be working at LISE from September 1, 2025.
- Seminar Prof. Y. Chen (University of Sydney, School of Chemical and Biomolecular Engineering, Darlington, New South Wales 2008, Australia) entitled « Sustainable carbon materials for catalytic applications” tuesday 8 of July 2025.
- Welcome to S. Louisia CR-CNRS who will be working at LISE from February 3, 2025.
- The paper “Quantification of the Adsorption Kinetics of a Model Corrosion Inhibitor on Gold using QCM-D” by K. Singla won an award at the AMPP 2024 conference.
- HDR defence of H. Cheap-Charpentier, associate Professor-EPF at LISE-Sorbonne Université, "Development of sensors and study of scaling phenomena and their inhibition in water" on monday 9 december 2024.
- Fête de la science à Sorbonne Université 11-13 of october 2024.
- Congratulations to our colleague C. Sánchez-Sánchez on his promotion to DR2.
- Defense of T. Lang's thesis entitled "Élaboration par voies plasma/électrochimique et caractérisations de photoanodes nanostructurées à base d'oxydes pour la dissociation de l'eau " on Thursday, september 27, 2024 at Sorbonne University.
- Defense of Y. Adjez's thesis entitled "Stimulation de la réduction électrocatalytique des nitrates par des liquides ioniques immobilisés" on Thursday, september 26, 2024 at Sorbonne University.
- Defense of S. Nouigues's thesis entitled "Étude de revêtements élaborés par le procédé sol-gel sur des surfaces métalliques pour des applications antitartres" on Tuesday, september 24, 2024 at Sorbonne University.
- HDR defence of J. Han, associate Professor at LISE-Sorbonne Université, "Towards element-resolved electrochemical analysis of materials degradations" on friday 19 january 2024.
Discover our training offers in:
- Electrochemical impedance measurements (2 levels)
- Electrochemical noise measurements
- Imaging and AFM measurements at electrochemical interfaces
- DEMS measurements
Exalted Raman Spectroscopy (SERS,SHINERS & TERS)
- Composition mapping, ultra low frequency measurements (<10 cm-1).
- Coupling to electrochemical methods.
- Coupling with local probe microscopy (AFM, STM, shear-force AFM, SECM).
Availability of SIMAD software (Windows)
- Simulation and fitting of electrochemical impedances
- Downhill simplex method
- Model : equivalent circuit or electrochemical kinetic equations describing a reaction mechanism
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