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Mobile networks are not entirely wireless. They also rely on a network of optical fibers, which connect antennas to the core network, among other things. With the arrival of 5G, optical networks must be able to keep up with the ramping up of the rest of the mobile network to ensure the promised quality of […]
Since 2006, iXblue, a French company based in Lannion, and the Hubert Curien laboratory [1] in Saint-Étienne have partnered to develop cutting-edge fiber optics. This long partnership has established iXblue as a global reference in the use of fiber optics in harsh environments. The scientific and technological advances have enabled the company to offer solutions […]
Rogue waves are powerful waves that erupt suddenly. They are rare, but destructive. Above all, they are unpredictable. Surprisingly, researchers have been able to better understand these fascinating waves by studying similar phenomena in fiber optic lasers. Before scientists began measuring and observing them, rogue waves had long been perceived as legends. They can […]
Fabrice Flipo, Télécom École de Management – Institut Mines-Télécom [divider style=”normal” top=”20″ bottom=”20″] [dropcap]T[/dropcap]he climate is warming and changing: we must act. On the French version of the website The Conversation, climate change specialist Christian de Perthuis recently applauded the introduction of the carbon tax in France in 2014 and its gradual increase. Referring to […]
Last May, for the first time, researchers from the University of Lille and IMT Lille-Douai exposed a photon dam breaking in an optical fiber. These results provided the experimental confirmation for an old theory that dates back over 50 years. Above all, this research reveals a surprising analogy with a water dam break, creating the […]
Arago is a technology platform specializing in applied optics, based at IMT Atlantique’s Brest campus. It provides scientific services and a technical environment for manufacturers in the optics and vision sectors. It has unique expertise in the field of liquid crystals, micro-optics and health. Are you in the industrial sector or a small business […]
In a context of constantly growing needs for data transmission, 5G and 6G networks must comply with increasingly strict technical obligations in terms of flexibility, miniaturization, and energy optimization. Solutions explored by researchers include optimal management of radiation patterns and the development of concrete applications for millimeter wave frequencies. Two projects, YACARI and PIIEC ME/CT, are tackling the technical obstacles to these approaches by combining different antenna technologies.
Stéphane Avril, Biomechanics professor at Mines Saint-Etienne, is exploring the route of entrepreneurship to take his research work to the next level. In co-founding PrediSurge in 2017 and then KaomX in 2024, he has been creating start-ups to take innovations from the laboratory into the economic sphere. Between technology, filing patents and improving technology readiness, let’s take a look back over his achievements as a researcher-entrepreneur.
It could soon be possible to restore tactile sensations for people fitted with prosthetics thanks to the Flexeo project. This research program, led by Mines Saint-Etienne, has entered the second phase after four years of development. Under the supervision of Sylvain Blayac, the team has designed a flexible electronic chip that can detect and reproduce tactile sensations.
IMT Atlantique has developed expertise in parallel photoplotting over many years. The school has therefore taken a leading role in the European FABulous project that will use this method to design functional 3D micro and nano-structures. These high-performance optical and photonic microstructures have applications ranging from the automotive industry to biological cell culture.
