Attolight

On my way to Boston, MA for the #MRSFallMeeting from december 1 - 6. Reach out if you wish to connect! Stay tuned for more #Attolight news from Boston 😉

Big thanks to Korean Microscopy Society for the opportunity to present Attolight ’s innovative solution for light collection/injection in STEM at the KSM conference! Excited to contribute to the future of electronic microscopy and engage with such a passionate community. #STEM #cathodoluminescence #LightInjection

📢 Attolight AG and NanoBiz Korea exhibit at the Korean Society of Microscopy Conference! 📅 When? November 24–26, 2024 📍 Where? Microscopy Society Conference, Gyeongju Hwabaek, South Korea Join us at the NanoBiz Korea booth to explore cutting-edge solutions for microscopy, including our advanced systems for light injection and collection in Scanning Transmission Electron Microscopy (STEM). 🗣️ Don’t miss the talk! 📌 Topic: Advanced Light Injection and Collection System for STEM Analysis 👨🔬 Speaker: Dr. Nicolas Medard, Attolight AG 📅 When? Monday, November 25, 12:00 PM Excited to connect and share the latest advancements in microscopy. See you there! 👋

Visiting the MRS Fall Meeting in Boston? Drop by to say hello at booth 416 and discover the latest in SEM and TEM #cathodoluminescence spectroscopy from #Attolight.

🚀 Exciting News: Attolight Launches New Website! 🌐 We’re thrilled to announce the launch of our brand-new Attolight website - www.attolight.com ! 🎉 Our updated site features a modern design, improved navigation, and an enhanced user experience. It’s packed with valuable resources, insights into our cutting-edge technology, and detailed information about how our solutions are driving innovation in the world of material characterization and defect inspection. 🔍 What’s new: • Streamlined user interface for easier navigation • In-depth descriptions of SEM-CL and TEM-CL add-on products • Insightful case studies in semiconductor, optoelectronic, and material science applications • Extensive details on integrated technologies, including qCL, TRCL, (TR)PL, EBIC, Raman, and NanoProbes • Updated resources tailored specifically for the scientific community Visit www.attolight.com to explore our new online home and discover how Attolight is transforming research and development across industries. #Cathodoluminescence #Spectroscopy #Semiconductor #Optoelectronics #MaterialScience #LayerDefect

M2 internship offer : Development of a 1-6µm optical collection for cathodoluminescence Background: The development of infrared imaging systems requires the creation of pixel arrays in structures based on small-gap materials (1-10µm) such as CdZnTe or HgCdTe alloys. Cathodoluminescence is a microspectroscopic technique that can be used to detect the local states present in the gap and thus identify the defects present in the materials of these detectors. This characterisation method is now widely used in the UV-visible range. The internship involves continuing the development of a 1-6µm detection chain for our cathodoluminescence equipment. It consists of an optical microscope embedded in a secondary electron microscope (SEM), and will therefore allow us to meet these new characterization challenges. This 4 to 6 month duration internship may eventually continue in the form of a PhD contract that will focus more on using the system developed during the internship to characterize structures for small-gap imagers. Skills required: The candidate should have a good aptitude for instrumentation and experimental work, and a strong interest in understanding and aligning optical and microscopic systems. Knowledge of the physics of semiconductor materials would be a plus. To carry out these developments, he/she will work closely with experts in infrared and cathodoluminescence detection systems, as well as with the equipment manufacturer.  Application: Send CV and cover letter to nevine.rochat@cea.fr. Recommandation letter will be appreciated

Last week we had the pleasure to host the 9th edition of Photonics Industry Day on October 10th, which took place at the Forum EPFL. ☀️ 🚀 We were excited to welcome over 50 talented students and 10 innovative Photonics companies from across Switzerland. Each company delivered insightful presentations, covering a wide array of photonics applications—from telecommunications and sensing to security, energy, and beyond. The day was capped off with engaging roundtable discussions and 1:1 networking during the apero session, giving students the chance to connect directly with industry experts. A big thank you to all the enthusiastic participants, company representatives, and the organizing team for making this event such a success! 🙌We can’t wait to see you all again for our 10th edition next year! 🎉 Elif Nur Dayi, Mischa Flor, Buse Ünlü, Yesim Koyaz, Iwona Swiderska, Li Zhang LIGENTEC, Attolight, Morphotonix, CSEM, Swissphotonics, Readily3D, Zigzag Networks, Polariton Technologies Ltd., MIRO Analytical AG, SCHOTT -- Dirk Apitz, Oleg Aseev, Bo-Jung Chen, Annina Moser, Antoine Brimont, Pierre-Yves Fonjallaz, Veronica Savu, Christopher Bonzon, Jorge Madrid-Wolff, Nicholas Morgan, Myriam Labidi, Niyazi Ulas Dinc,Mustafa Yildirim #Photonics #PhotonicsIndustryDay #Networking #Innovation #EPFL #Switzerland #ForumEPFL #EPC #EPFLPhotonicsChapter

Read the new paper by Anh Quach, nevine rochat, jean-luc Rouviere, Jerome Napierala, and Bruno DAUDIN studing non-radiative recombination centres in InGaN/GaN nanowires by statistical analysis of cathodoluminescence intensity maps and electron microscopy. 👉 https://lnkd.in/eUV88Vmh Variations in cathodoluminescence intensity following Poisson statistics were attributed to the presence of randomly incorporated point defects, which act as non-radiative recombination centers. Additionally, non-radiative recombination at extended defects was observed using transmission electron microscopy on individual nanowires. These extended defects are responsible for deviations from Poisson statistics. Consequently, the crystallographic and optical properties of hundreds of nanowires can be evaluated in a single cathodoluminescence intensity mapping experiment. This work is the result of a collaboration the NPSC - Nanophysics and Semiconductors team of PHELIQS - Quantum Photonics, Electronics and Engineering, CEA-Leti and Aledia #researchpaper #nanowires #nanotechnology #optoelectronics CEA-Irig, Université Grenoble Alpes, Grenoble INP - UGA

[Internship offer in CEA Leti- Development of a 1-6µm optical collection for cathodoluminescence | Grenoble] 💼 Your tasks • The development of infrared imaging systems requires the creation of pixel arrays in structures based on small-gap materials (1-10µm) such as CdZnTe or HgCdTe alloys. Cathodoluminescence is a microspectroscopic technique that can be used to detect the local states present in the gap and thus identify the defects present in the materials of these detectors. This characterisation method is now widely used in the UV-visible range. The internship involves continuing the development of a 1-6µm detection chain for our cathodoluminescence equipment. It consists of an optical microscope embedded in a secondary electron microscope (SEM), and will therefore allow us to meet these new characterization challenges. This 4 to 6 month duration internship may eventually continue in the form of a PhD contract that will focus more on using the system developed during the internship to characterize structures for small-gap imagers 🧠 Your profile • The candidate should have a good aptitude for instrumentation and experimental work, and a strong interest in understanding and aligning optical and microscopic systems. Knowledge of the physics of semiconductor materials would be a plus. To carry out these developments, he/she will work closely with experts in infrared and cathodoluminescence detection systems, as well as with the equipment manufacturer. 📧 Excited to contribute to the future of semiconductors? Send your application (CV + cover letter) to nevine.rochat@cea.fr.

Great team outing today to the beautiful canton of #valais. We visited the #gorgesdutrient and were challenged by #imertia, an escape game by #escapeworld that takes place in ancient swiss military tunnels from WW2. Our team of excellent people almost managed to break the speed record finishing in 1h15min 😁! Definitely worth the detour if you have a few hours to spend in #geneva region.