معرفی
Frederic Houze is a Researcher at the Laboratory for Electrical and Electronic Engineering of Paris. His work focuses on advanced electrical characterization techniques, particularly using Atomic Force Microscopy (AFM), and the study of electrical contacts in materials science and micro/nano-scale systems. Key research areas include:
- Electrical behavior of wheel-rail contacts and microswitches
- Characterization of diamond-based Schottky diodes and graphene-like films
- Development of high-Tc superconducting devices for terahertz applications
- Capacitance and resistance imaging via AFM with novel methodologies
- Material analysis of polyacrylonitrile films and carbon nanotube nanostructures
He has collaborated extensively with institutions like Supelec and Université Paris-Saclay, contributing to over 40 publications. Recent work emphasizes reducing parasitic effects in AFM measurements and improving reliability of MEMS electrical contacts. His research bridges nanotechnology, electronics, and surface physics with applications in transportation systems and advanced materials.
Publications highlight contributions to electrical contact dynamics, thermal analysis of electric arcs, and fabrication techniques for high-performance electronic components.
