Franck Mady

Franck Mady is a teacher-researcher at INPHYNI (Nice Institute of Physics), a research laboratory affiliated with Université Côte d'Azur. His work bridges academic teaching and advanced research in optical materials for radiation detection.

His research focuses on scintillating sol-gel silica glasses and optical fibers for remote ionizing radiation dosimetry. Key interests include radioluminescence kinetics, scintillation quenching, and the development of fiber-based sensors for real-time radiation monitoring. His work combines experimental and theoretical approaches to understand luminescence mechanisms in doped silica under ionizing radiation.

The recent publications highlight a consistent focus on silica-based scintillators, particularly their use in pulsed-radiation environments and remote dosimetry applications. The research integrates materials science, photonics, and radiation physics, with strong emphasis on sensor design and performance optimization.

Scientific Contributions:

• Active contributor to the understanding of scintillation mechanisms in silica glass systems.
• Key participant in multi-institutional studies on Gd-doped silica and fiber radioluminescence.

Franck Mady collaborates with a network of researchers in France and abroad on radiation detection technologies. While no formal advisees or grants are listed, his publications reflect strong teamwork and experimental innovation. His work supports the advancement of optical fiber sensors for medical, industrial, and nuclear applications.