SEMICONDUCTOR PROCESSING & PRODUCTION NEWS

• 3 Rock-Solid Predictions (j/k) About What To Expect From Photonics In 2024

  Before 2023 comes to an end we want to go on record with three things that we guarantee will happen in 2024.

  (Guarantee not valid anywhere, anytime, and/or any place. Void everywhere.)

• 2023’s Best: Methane Super Emitters, The Valley Of Death, Hidden Cities, And Maple Syrup

  It’s that time again. Let’s take a look at the most-read articles that appeared on Photonics Online this year. It’s got intrigue, suspense, and surprises. Oh, and infrared, LiDAR, and so much more.

• Who Is Shaping The Direction Of Metrology?

  Government involvement in metrology can boost innovation, collaboration, and public trust, as well as foster economic growth. However, it also poses challenges like compliance costs and trade barriers.

• Precision Motion Systems Production Space Increased By 11,000 Sq. Ft At PI Headquarters

  To satisfy the growing need for motion control products, PI has expanded its facilities with a new building addition at PI’s HQ, extending the existing production area by another 11,000 square feet.

• Northeast England Becomes Center of Excellence For Advanced Material Electronics Design And Manufacture

  The formal launch of the North East Advanced Material Electronics (NEAME) cluster group has been announced today, with a mission to highlight and promote the region as a centre of excellence for advanced compound semiconductor technology design and manufacture.

   

• Metalenz and STMicroelectronics Deliver World’s First Optical Metasurface Technology For Consumer Electronics Devices

  Metalenz metasurfaces are now on the market through its partnership with STMicroelectronics, marking the introduction of this revolutionary optical technology in real-world devices.

• Bright Ideas — HEL & Hypersonic Weapons Tests Successful, High-Quality Graphene-hBN Deposition Method Proves Scalable

  Bright Ideas presents the most captivating news and innovations in photonics. This week, two laser weapon system effectively upended their targets, while a hypersonic weapon carried out its second successful training test. Plus, University of Michigan researchers have established a scalable deposition method for developing hBN on graphene, potentially leading the way for new deep-UV LEDs and quantum technologies.