Nanoparticle-Embedded glass FIBERs: pioneering multifunctional materials for advanced photonics applications - NEFIBER

Project summary

Currently, one of the main needs in photonics is the advancement of research on functional materials with enhanced optical responses compatible with integrated photonic platforms as optical fibers, which is essential for the development of next-generation devices. In this context, NEFIBER will develop the first commercially viable nanocomposite glass fibers that combine the properties of glass and functional nanoparticles, targeting future applications in optical communication, sensing, and laser technologies, while promoting eco-innovation through the reuse of rare-earth-containing waste materials. By merging academic and industrial expertise from France, Finland, Sweden, and Brazil, NEFIBER will reinforce European leadership in functional photonic materials. The outcomes will strengthen innovation in photonics, create opportunities for industrial advancement, and foster environmentally responsible manufacturing of high-performance fiber-based photonic systems.

Project Details

Call

Call 2025


Call Topic

Functional materials


Project start

01.09.2026


Project end

01.09.2029


Total project costs

2.383.407 €


Total project funding

1.070.065 €


TRL

1 - 5


Coordinator

Dr. Lia Marcondes

CNRS - Research national agency, ICMCB, 87 avenue A. Schweitzer, 33608 Talence, France


Partners and Funders Details

Consortium Partner   Country Funder
CNRS - Research national agency
Research org. France FR-ANR
Tampere University
University Finland FI-AKA
São Paulo State University
University Brazil BR-FAPESP
Nyfors Teknologi AB
Large industry Sweden SE-VINNOVA
LEUKOS
Large industry France FR-ANR
Glass Glass Technologies
Large industry Brazil No Funding

Keywords

Photonic properties, Optical properties,Glass, Light emitting materials, Material recycling, Nano composite Fiber, Photonic devices, Sensors,Nanoparticles, Rare-earths, Eco-friendly materials, Light source devices, Magneto-optical devices