News
Photon Design creates the world's first 3D quantum dot laser simulation platform
Photon Design Ltd, a photonics simulation CAD software developer based in Oxford, UK, announced that they have successfully achieved the industry's first 3D quantum dot laser simulation by combining their HAROLD QD quantum dot laser simulation tool with their own PICWave laser diode, SOA, and photonics integrated circuit (PIC) simulators. This was completed ahead of the 2026 Conference on Lasers and Electro-Optics (CLEO) at the Charlotte Conven...
Veeco wins over $250 million in equipment orders for the production of indium phosphide lasers
Veeco Instruments Inc. recently announced that the company has received orders from multiple customers totaling over $250 million. The order covers Spector ion beam deposition (IBD) system, Lumina metal organic chemical vapor deposition (MOCVD) system, and WaferEtch wet processing system. This order benefits from the rapid development of silicon photonics and will be used to support the production of indium phosphide (InP) lasers. Delivery is exp...
Cologne University uses microscale lasers to measure subtle forces inside cells
Researchers at the University of Cologne have developed an optical method that can sense the internal mechanical forces generated by living cells during development or pathology. The core of this method lies in a micro flexible laser material that can be placed inside cells, and its output beam will be modulated according to changes in the surrounding environment of the cells. According to Optical Materials Express, this new type of laser has the...
100kW Giant Laser: A New Tool for Cutting Steel, Tunneling, and Accelerating Mining
Laser technology is entering a new stage of development. German researchers have pointed out that ultra short pulse and continuous wave lasers with an average power of several kilowatts are expected to significantly improve material processing efficiency and expand new application areas. This type of high-power laser is expected to have a profound impact on manufacturing, infrastructure construction, and energy systems, driving related industries...
Fermi Lab completes the phased work of SLAC X-ray laser upgrade project
The US Department of Energy's Fermi National Accelerator Laboratory (Fermilab) has successfully completed the construction and delivery of the final key component provided for the SLAC National Accelerator Laboratory's Coherent Light Source (LCLS) high-energy upgrade project. As the world's most powerful X-ray free electron laser (XFEL), the upgrade of LCLS will further enhance its research capabilities and help cutting-edge scientific research r...
GlobalFoundries launches optical module solution to help CPO increase production capacity
GlobalFoundries (GF) has launched an optical module solution for co packaged optical devices (CPO). The solution is called "Silicon Photon Co Encapsulation Advanced Optical Engine (SCALE)" and is the industry's first platform to support Optical Computing Interconnection Multi Source Protocol (OCI MSA). GF stated that the SCALE solution surpasses the modern AI extension architecture optical interconnect specifications developed by OCI MSA, providi...
LightSolver collaborates with Boeing to apply laser computing technology to solving complex simulation challenges
LightSolver, a pioneer in the field of laser computing, announced a strategic financial partnership with Boeing to advance the application of laser computing technology in complex engineering simulations. This collaboration will focus on enhancing the performance, scalability, and energy efficiency of critical physical modeling in modern engineering design and lifecycle management. Through this engagement, Boeing is funding the continued develo...
Exploring “Any Wavelength” Laser Solutions for PICs: Toward Greater Flexibility and Integration in Photonic Circuits
Under the leadership of the National Institute of Standards and Technology (NIST) in the United States, a research team has successfully constructed an "arbitrary wavelength" laser using the nonlinear optical properties of tantalum pentoxide on the basis of existing photonic circuits, making collaborative operation between multifunctional photonic platforms possible. Laser wavelengths required for many of today’s most intriguing experiments, p...
Oxford University physicist pioneers exploration of methods to significantly enhance high-power laser output
Physicists from the University of Oxford in the UK have made breakthrough progress in the field of laser science, demonstrating for the first time a practical technology that significantly enhances the intensity of high-power lasers, and claiming that they "may have created the strongest coherent light source in history".The results, published in Nature, could open the door to experiments to probe the fundamental laws of physics by directly inter...
Semtech invests $34 million to acquire HieFo, creating optimized electronic optoelectronic photonic chipsets for high bandwidth transceivers
Semtech, a provider of high-performance semiconductors, Internet of Things (IoT) systems, and cloud connectivity solutions, has acquired HieFo, a manufacturer of high-efficiency indium phosphide (InP) optoelectronic devices, for $34 million. According to Semtech, this acquisition will enable it to jointly develop and optimize the performance of InP optoelectronic chips with transimpedance amplifiers (TIAs) and laser/modulator drivers, thereby c...
The winners of the Laser Technology Innovation Award were announced in Aachen, Germany
The first prize of the 2026 Laser Technology Innovation Award was awarded to Tobias Dyck, the head of the LEAF business department at 4JET Microtech GmbH. The prize money for this award is 10000 euros (approximately 11684 US dollars), aimed at recognizing Dyck and his team's innovation in LEAF laser rib technology, particularly their green aviation "Shark Skin" project.The Innovation Award for Laser Technology is presented every two years to lase...
Pneumatic laser system effectively reduces costs in automotive manufacturing
High tech company Trumpf has stated that with a new laser technology solution, the cost of cutting hot formed parts for safety critical vehicle body structures can be reduced by up to 20%. Ralph Kohll ö ffel, Product Manager of Trumpf 3D Systems, pointed out that "energy costs, expensive cutting gases, and unplanned downtime are the main factors driving the price of thermoformed components“We now offers a solution that addresses this issue. By co...
Driven by precision manufacturing, the global industrial laser market is expected to exceed $10.9 billion by 2031
According to Arizton's latest research report, it is expected that the industrial laser market will reach $10.9 billion by 2031, with an average annual growth rate of 5.80% during the forecast period. The industrial laser market is growing as manufacturers invest more in precision, automation, and faster production. Industries such as semiconductors, electronics, and electric vehicles are increasing the use of advanced laser systems to improve ...
To support environmental protection, Monport launches sustainable laser cutting machine to celebrate Earth Day
As Earth Day is celebrated globally, Monport Laser calls on creators, small businesses, and DIY enthusiasts to re-examine their production and personalization methods. Monport Mega S places sustainability at its core, providing modern manufacturers with an intelligent and environmentally friendly solution that helps improve efficiency and precision while reducing environmental impact. This year's Earth Day theme centers on innovation and enviro...
Vexlum and Menlo Systems collaborate to develop optical clocks through specific photon sources
Advanced semiconductor laser system manufacturer Vexlum and precision photon technology supplier Menlo Systems have announced a partnership to jointly develop an easy-to-use, modular photon source to drive technological advancements in ultra precision optical atomic clocks. This collaboration aims to address the challenges faced by large-scale construction and operation of optical atomic clocks. Vexlum and Menlo Systems plan to develop a more con...
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