Advancing Optoelectronics: The University of Angers’ Role in the Horizon 2020 IMAGE Project

We are delighted to introduce our latest video featuring the University of Angers, a key partner in the prestigious Horizon 2020-funded IMAGE project. With its rich history dating back to the 11th century, the University of Angers has become a center of excellence in education and research in Western France. With over 25,000 students across three campuses and 450 diploma programs, the university stands out as a leader in vocational education and global collaboration.

This video highlights the university’s remarkable contributions to scientific research and innovation, particularly through its involvement in the IMAGE project. Below, we delve into some of the key aspects showcased in the video:

1. A Leader in Photonics and Materials Science

The University of Angers is home to the LphiA laboratory, which focuses on groundbreaking research in photonics, exploring light-matter interactions through two major areas: Lasers, solitons, and non-linear materials (LSM); and doped glasses and thin films (VDCM). The laboratory’s activities are highly experimental, driving advancements in materials science and optoelectronics.

2. Research Excellence and Global Collaboration

The university’s scientific team, led by Professor Bouchta Sahraoi, achieved a significant milestone in 2018 by securing the Horizon 2020 IMAGE project. Collaborating with partners from Ukraine, Poland, Germany, and France, this project exemplifies the university’s commitment to innovation and cross-border research excellence.

3. The IMAGE Project: Pioneering Nanocomposites

The IMAGE project focuses on the development of anisotropic crystalline materials, where the spatial anisotropy of these materials is being thoroughly explored. The aim is to develop new crystalline nanocomposites with enhanced mechanical, physical, and chemical properties, which can be controlled and tuned for specific applications.

4. Innovative Applications in Optoelectronics

The research team is working towards creating multifunctional materials for optoelectronic applications such as nonlinear optics, nanophotonics, lasers, and energy solutions. Using nonlinear optics as a diagnostic tool for NLO properties in safety and security, the project pushes the boundaries of molecular engineering and materials science.

5. Supporting Socio-Economic Impact

The University of Angers is not just focused on research; it actively promotes the transfer of technology to the socio-economic world. Through its network of engineers and business managers, the university ensures that the knowledge and innovations developed in its laboratories make a real-world impact, benefiting industry and society at large.

Watch the video now to learn more about the University of Angers and its vital role in the IMAGE project:

The University of Angers continues to be a driving force in the IMAGE project, leveraging its expertise in photonics and materials science to develop innovative solutions for the future. This collaboration demonstrates the power of international teamwork and highlights the exciting possibilities emerging from the intersection of science, technology, and industry.

Stay connected for more updates as we continue to explore the latest breakthroughs from the IMAGE project and our global partners. These developments promise to reshape the future of optoelectronics and material science, with wide-reaching implications for a variety of industries.