Laser Technology

After a few down years, optimism is surfacing for a strong 2025. Source link

Collaborative effort across Europe The success of the Lasers4MaaS project hinges on the strength of its diverse consortium, which brings together a dynamic mix of academic institutions, research centers, industry leaders, and technology developers from across Europe and beyond. Each participant plays a vital role in advancing the project’s mission to revolutionize high-power laser welding.

February’s photonics-related IP activities include 44 cases concerning various technologies, including lighting and light sources; cameras, imaging systems, and image processing; solar cells; sensors; displays; medical applications; automotive applications; optical communications; equipment control; and manufacturing. Here are the summaries. Lighting and light sources On February 4th, Checkers Industrial Products, LLC d/b/a Checkers Safety Group sued

The U.S. DoD’s Space Development Agency (SDA) is crafting a large constellation of satellites—expected to cost roughly $35B through 2029—and currently working on switching from radio-frequency (RF) comms to speed-of-light laser comms to support them. Why is this work critical? A constellation of satellites with laser comms can perform mission-critical tasks from missile tracking and

Similarly, Salience Labs (Oxford, U.K.) announced a $30M Series A round led by ICM HPQC Fund and Applied Ventures, the venture capital arm of Applied Materials (Santa Clara, CA), to advance its optical switch technology and enable new interconnect network architectures for AI clusters. Hyperlume (Ottawa, ON, Canada), a startup proposing high-bandwidth and low-power interconnects

Although January was a relatively quiet month for venture deals in photonics, it was exciting to see the launch of a new photonics integration platform as Eindhoven-based PHOTON IP raised a €4.75M ($4.9M) Seed round to develop its technology for combining silicon and multiple optimized III-V materials for lasers, high-speed modulators, and photodetectors onto a

On February 11th, the Laser Institute (LIA) announced the passing of Dr. Nathaniel R. Quick on February 4, 2025, in Lake Mary, FL, at the age of 75. Dr. Quick was a pioneering figure in laser processing of advanced materials and a dedicated leader within LIA, serving as its executive director from 2017 to 2023.

We launched Following the Photons: A Photonics Podcast in February 2024—and since its debut, we’ve released 38 episodes! The podcast, hosted by our multimedia director Justine Murphy, brings you the latest news and insights from the forefront of the photonics industry. Our episodes feature interviews and discussions with industry and research experts, providing valuable perspectives

Merriam-Webster’s dictionary provides some insight into invention. They define “invent” as: 1) to produce (something, such as a useful device or process) for the first time through the use of the imagination or of ingenious thinking and experiment; 2) to devise by thinking.1 In general, this is a pretty good framing of these concepts, although

The drive for higher power lasers in directed energy and production keeps Ophir at the forefront of innovation with measurement systems that deliver accurate and reliable measurements for high-power, ultra-high power, and very-high power lasers. Source link