PhD Generation E4S1 | Development of red LEDs grown on 300mm wafers

Discover how Pauline Gaillard, a CEA-Leti PhD, is trying to pioneer red III-V LEDs on 300mm silicon wafers for the display industry. Did you know that red LEDs are the biggest hurdle faced by optic engineers? In fact, they require different materials from their blue and green counterparts, and their integration is a real challenge. 💡 Her PhD goal? Pioneer new technological steps to produce red LEDs (in III-V AsGA-like) on 300 mm silicon wafers, from simulation to device characterization At CEA-Leti, 200 PhD students from +30 countries are working on R&D projects to tackle the technological and societal challenges of tomorrow. PhD Generation, a series of testimonials from PhD students in microelectronics from CEA-Leti. In this season #2, the PhD students explain their career paths, their motivation and why they joined CEA-Leti in Grenoble, France, to carry out their thesis. Looking for an exciting and rewarding PhD opportunity? 🎬 ⏩ Apply online: https://www.leti-cea.com/cea-tech/let... __________________________________________________________ Thank you for watching! Whether you are a company looking for a technological advantage for your product or a student, recent graduate, or technology professional looking for your next exciting career opportunity, check out the links below! ------ 🔔 Before you go, subscribe to our channel: http://bit.ly/suscribe-CEALeti ⏩ Follow us on LinkedIn: Leti - / leti ⏩ Follow us on X: @CEA_Leti - https://twitter.com/cea_leti?lang=fr ⏩ CEA-Leti breakthroughs and more on our website: http://www.leti-cea.com/cea-tech/leti... ⏩ Relive Leti Innovation Days: http://www.leti-innovation-days.com/ 🔍 Learn more about CEA-Leti in this short video: http://bit.ly/CEALeti #science #innovation #LED #technology #augmentedreality #medical #wafer #phdgeneration