Nano-Engineering and integration of metal-Oxide-based nanostructures and their interfaces
- neo -
Energy Storage and Micro-Storage / Engineering of metal based energetic nanostructures / Modelling the combustion of Al-based energetic materials
Energy Storage and Micro-Storage
Our research focuses on the development of supercapacitors and micro-supercapacitors utilizing porous pseudocapacitive materials. Integrating synthesis, modeling, chemistry, and electrochemistry, our approach aims to minimize costs for sustainable energy advancements.
Engineering of metal based energetic nanostructures
The mission of our team is to understand and manipulate, from a fundamental standpoint, the physical and chemical phenomena in the formation and application of metal-based energetic nanostructures.
Modelling the combustion of Al-based energetic materials
The mission of our team is to understand, calibrate and model the complexity of combustion process in Al based energetic nanostructures.
Head
Scientific executive
Postdoctoral
Intern
Latest publications
2024
Journal articles
Conference papers
2023
Journal articles
Conference papers
Master thesis
Reports
2022
Journal articles
Conference papers
Reports
2021
Journal articles
Book sections
Conference papers
Master thesis
Other documents
2020
Journal articles
Patents
2019
Journal articles
Conference papers
Other documents
The NEO team is actively involved in several international projects and includes among its members a CNRS silver medalist, Carole Rossi. NEO also hosts three ERC grants from the European Research Council:
- ERC Consolidator Grant "3D-CAP" (2018-2023): 3D micro-supercapacitors for embedded electronics.
- ERC Proof-of-Concept "3D-APP" (2022-2023): High-energy micro-supercapacitors based on low-cost materials.
- ERC Advanced Grant "PyroSafe" (2019-2024): Integration of new nano-engineered safe energetic layers with sensors and electronics to manufacture safety-critical microsystems.
THESIS / HDR
2023
2022
2021
Guillaume Lahiner, Thèse: Etude théorique du vieillissement des nanolaminés Al/CuO
2019
2018
2017
2016
DEPARTMENT
REJOINDRE
Notre équipe de recherche
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