III-V Lab

III-V Lab joins the SPRING 120   Represented by Pierre-Franck ALLEAUME, we are pleased to be among the 120 key players in the Paris-Saclay deeptech ecosystem to present our innovations and semiconductors technologies applied to RF and integrated photonics.   This event will bring together researchers, startups, SMEs, major industrial companies, investors, and public research stakeholders to foster business networking, technological collaborations, and funding opportunities.   👉 Join us for a networking opportunity at this business convention dedicated to deeptech.   📆 On June 2nd, 2026 📍 Renault Group Technocentre, Guyancourt 🔗 Register here: https://lnkd.in/e7F4DS6   Follow all the news related to SPRING 2026 on the page Établissement public d'aménagement Paris-Saclay Innovation Playground.   An event organized by Établissement public d'aménagement Paris-Saclay, SQY - Communauté d'agglomération de Saint-Quentin-en-Yvelines and Renault Group. #ParisSaclaySpring #SPRING120 #Deeptech #Innovation

Merci Nelly GARNIER pour votre engagement auprès de la filière semi-conducteurs d’Ile de France. III-V Lab, en tant que coordinateur du Groupe de Travail Semi-conducteur d’Ile de France, avec le soutien de Systematic, reste engagé pour développer cette filière.

Merci Bastien Pluchard pour votre confiance et votre soutien au GT Semi-conducteurs d’Ile de France que III-V Lab est fier de coordonner au travers de Pierre-Franck ALLEAUME avec le support de Systematic Paris-Region. Ces assises ont permis de confirmer les orientations stratégiques identifiées par ce Groupe de Travail.

Engineering creativity, designed at the atomic scale   On World Creativity and Innovation Day, we highlight how engineering and creativity converge at the very foundation of advanced technologies.   At III-V Lab, epitaxy is not simply a growth step, it is a design phase where device performance is defined at the atomic scale.   By precisely controlling composition, interfaces, strain and uniformity, our teams engineer complex multilayer heterostructures with nanometric accuracy. Band structure, carrier confinement and optical response are conceived directly within the material architecture, long before fabrication begins.   This combination of scientific rigor and engineering creativity enables high-performance photonic and microelectronic platforms, bridging advanced materials and real-world applications.   #Epitaxy #Photonics #Semiconductors #Microelectronics #WorldCreativityandInnovationDay

III-V Lab sensors for medical investigation   On World Health Day, III-V Lab reaffirms its commitment: putting deep-tech innovation at the service of life.   While our III-V semiconductor technologies are often associated with Telecommunications or Defence, they play a crucial role in the future of healthcare.   In the Horizon Europe HILIGHT project, III-V Lab is developing compact, high-performance lasers for future imaging tools based on 2-photon FLIM (Fluorescence Lifetime Imaging Microscopy), a technique that helps researchers and doctors better detect diseases at an early stage and ultimately improve patient care.   By engineering materials and devices at the nanoscale, our teams contribute to the technological foundations that support tomorrow’s medical and life-science innovations, and we celebrate not only progress in medicine, but also the technologies and partnerships that make it possible.   #Photonics #Biophotonics #WorldHealthDay

At III-V Lab, we continuously explore new frontiers in Photonics and Semiconductor Technologies. Today, we are excited to introduce a new research direction: 👉 Underwater free-space optical communication using bioluminescent organisms. This concept explores how naturally emitting marine organisms could be leveraged as low-energy optical transmitters, opening new perspectives for communication systems in deep-sea environments.   🔬 Potential advantages include: •  Ultra-low power consumption •  Enhanced stealth for underwater applications •  Natural integration into marine ecosystems   While still at an early stage, this approach could redefine how we think about optical communication in extreme environments.   🐟 Happy April Fools’ Day! Even scientists can get carried away sometimes… A little French tradition we never stop enjoying!

Advancing reliability in photonic and semiconductor devices   On April 1–2, 2026, Centre Français de Fiabilité will host the National Reliability Technology Workshop 2026 (NRTW) in Grenoble, dedicated this year to: "Electronic and photonic reliability: assess, predict, control."   Researchers from III-V Lab will contribute to the program with two presentations exploring reliability challenges in advanced semiconductor and photonic devices:   📅 April 1 — 11:35 Giuseppe Bellomonte: "Evaluation of the protection of GaN components against corrosion through polymer deposition"   📅 April 2 — 11:00 Jean-Pierre LE GOEC: "Study of the reliability of semiconductor DFB lasers emitting at 852 nm and 1550 nm for optronic applications"   These contributions explore key reliability questions, from protecting GaN devices against humidity-induced corrosion to understanding the long-term reliability of semiconductor lasers for optronic applications.   📍 Auditorium Grenoble INP – UGA 🔗https://lnkd.in/eWjEVTaJ #GaN #Semiconductors

Would you like to join us? ALTERNANCE - Communication 👉 https://lnkd.in/enkduDdF

Marko Erman: a career, a vision, a legacy   As a new chapter begins for Marko Erman, we would like to acknowledge his foundational role and the lasting legacy he leaves at III-V Lab.   👉 Since its creation, III-V Lab has embodied a strong ambition: to develop cutting-edge III-V technologies for Telecommunications, Space, Defense, and Critical Systems. An ambition that owes much to the initial drive and vision of Marko Erman.   Through an outstanding career, and thanks to his strategic vision and his ability to bridge cutting-edge research with industrial challenges, Marko Erman helped lay the foundations of a research lab that is now internationally recognized.   III-V Lab warmly thanks you and wishes you all the best for what’s next!  

Three years of research to push the limits of SWIR.   Congratulations to Jordi ROUBICHOU on earning his PhD in Physics and Materials Science!   Through his work on extended SWIR detectors, he contributed to advancing infrared imaging technologies, with strong potential for space applications.   This work was carried out as part of a CIFRE collaboration between Thales, Laboratoire d'Astrophysique de Marseille, Thales Alenia Space, and III-V Lab.   As highlighted by Jean-Luc Reverchon: "It is a pleasure to welcome Jordi as an expert colleague in optoelectronics. He will definitely play an important role in Thales’ supply chain development."   A great illustration of how academic research and industry come together to drive innovation.   Wishing him all the best for what’s next!