Professional Summary
Research Scientist at CNRS, specialized in electrochemistry, material chemistry and surface analysis in the field of Li, K and solid-state batteries and supercaps.
52 publications (3 reviews), h-index: 24, 1740 citations, 2 patents.
Education
PhD Physical Chemistry / Electrochemistry
Université de Nantes
Master Materials Chemistry
Université Pierre et Marie Curie
Bachelor Chemistry
Université Francois Rabelais
Interests
Interfacial phenomena / aging mechanisms in M-ions batteries
Development of sample preparation for surface analysis
Development of in situ / operando methods for surface analysis
💡 My Research
My research activity lies between the fundamental and applied fields with a focus on interfacial phenomena that govern the M-ion and solid-state batteries performance. In particular, I developed innovative cross-section preparation and in situ/operando analysis to study the buried interfaces of solid-state batteries. I also developed an approach to combine XPS with GC/MS/FTIR to further understand parasitic reaction at the interfaces of M-ion batteries with an emphasis on the emerging K-ion batteries.
Featured Publications
All Publications
(2025).
Impact of Graphite Properties and Electrode Formulation on Potassium-Ion Battery Performance and Storage Mechanisms.
ACS Applied Energy Materials.
(2024).
Cobalt and Nickel Nanocatalysts Confined inside Halloysite Nanotubes for Selective Hydrogenations.
ACS Applied Nano Materials.
(2024).
Significance of in situ X-ray tomography for analysing buried interfaces in solid-state batteries: A case study on a Li/Li symmetric cell with a polymer-based electrolyte.
Journal of Power Sources.
(2024).
Impact of Milling Conditions on Hard and Soft Carbon Properties and Performance in Potassium-Ion Batteries.
ACS Applied Energy Materials.
(2024).
Advanced Nickel-Based Catalytic Materials on Hydroxyapatite: Effect of the Metal Particle Size on Tri-reforming of Methane.
ACS Sustainable Resource Management.
Featured Confs
Interfaces analysis in lithium solid-state batteries using operando Auger, XPS and ToF-SIMS
Lithium solid-state batteries (SSBs) are a promising technology for electrochemical energy storage systems. So far, performance of SSBs are governed by the diverse solid/solid …
K-ion batteries: role of K metal in half-cells and assembly of reliable full-cells
K-ion batteries could be a possible alternative to Li-ion systems for renewable/intermittent energies storage if abundant and low cost materials are considered. Their development …
Cross-section nano-Auger analysis to reveal bulk chemical/morphological information in composites for energy storage
In the field of energy storage, bulk chemical/morphological information of composite materials and electrodes and their evolution during cycling are of high interest. However, …