Canatu’s Post

📢 The countdown has started! ⏰ 📢 Just one week to the launch of a major new whitepaper on Europe’s critical supply chains in the semiconductor industry. 📢 The whitepaper - drafted jointly by Toppan Photomask, IMS Nanofabrication GmbH, Mycronic, and Vistec Electron Beam GmbH - will be published next week (26 June). 📢 Watch this space! #Whitepaper #Toppan #semiconductorindustry

GaN-VCSELs Hit New Milestones: Japanese Researchers Achieve Unprecedented Resonance Control Researchers have created a new technique for precise control of cavity length in GaN-based vertical-cavity surface-emitting lasers. Gallium nitride (GaN) vertical-cavity surface-emitting lasers (VCSELs) are semiconductor laser diodes with promising applications in various fields, including adaptive headlights, retinal scanning displays, point-of-care testing systems, and high-speed visible light communication systems. Their high efficiency and low manufacturing costs make them especially appealing for these applications. Read more https://lnkd.in/dFDHz5MD

Learn about CPCs in a short, fun-filled presentation today!🙂

We’re pleased to introduce our NEW LINOS Reduced Outgassing UV F-Theta Ronar Lens for the medium focal length range of 252 mm. Engineered to complement our LINOS UV Beam Expanders, the new F-Theta lens delivers superior durability compared to conventional products, supporting the higher UV pulse energies and shorter laser pulses required for laser material processing applications across the semiconductor, wafer processing, electronic display and solar cell fabrication industries. Find out more in today’s press release and see it on display at our Photonics West Booth #641, January 28 – 30 in San Francisco, CA. https://lnkd.in/dRd8pBvB #lasermaterialprocessing #semiconductor #waferprocessing #electronicdisplay #solarcell #PhotonicsWest

We’re pleased to introduce our NEW LINOS Reduced Outgassing UV F-Theta Ronar Lens for the medium focal length range of 252 mm. Engineered to complement our LINOS UV Beam Expanders, the new F-Theta lens delivers superior durability compared to conventional products, supporting the higher UV pulse energies and shorter laser pulses required for laser material processing applications across the semiconductor, wafer processing, electronic display and solar cell fabrication industries. Find out more in today’s press release and see it on display at our Photonics West Booth #641, January 28 – 30 in San Francisco, CA. https://lnkd.in/dRd8pBvB #lasermaterialprocessing #semiconductor #waferprocessing #electronicdisplay #solarcell #PhotonicsWest

Today, Excelitas Technologies Corp. introduced its latest LINOS Reduced Outgassing UV F-Theta Ronar Lens, engineered for exceptional durability and precision in laser material processing applications. Read the press release to learn more and see it on display at Photonics West 2025 Booth #641 from January 28-30 in San Francisco. https://lnkd.in/dES3u6it #lasermaterialprocessing #PhotonicsWest

Silicon Semiconductor recently interviewed ZEISS Microscopy’s Head of Business Sector Electronics, Dr. Thomas Rodgers, about recent updates at the company, including the new ZEISS Crossbeam 550 Samplefab which is simplifying TEM lamella preparation workflows in semiconductor labs. Designed for high efficiency and throughput, this advanced FIB-SEM is an intuitive and powerful recipe-based platform for TEM sample preparation, for both in situ and ex situ lamella lift-out. Watch the full interview to learn more 👇 #Semiconductor #Microscopy

Europe has plenty of champions along the semiconductor value chain - check out this discussion with my friend Thomas from ZEISS whose team helps chipmakers solve yield and reliability problems in the failure analysis lab.

Happy to share our recent publication on high harmonic generation from laser excited wide-bandgap semiconductor materials. The experimental and simulation work is an outcome of industry academia collaboration. https://lnkd.in/d96URvqE https://lnkd.in/dtYkZF73

🌟 Bio-Inspired Terahertz Metamaterials: A New Era in Optoelectronics Innovative hybrid additive manufacturing enables bio-inspired designs for terahertz metamaterials, enhancing bandwidth, robustness, and functionality. This breakthrough by Bo Yu et al. in Additive Manufacturing paves the way for next-gen optoelectronic systems. Explore the potential: DOI: 10.1016/j.addma.2024.104593 🌐 #additivemanufacturing #optoelectronic_systems #bioinspired_designs