LASER World of PHOTONICS

Shining a Light on a Bright Future: The Global Photonics Market is Booming! ✨ The world of photonics, which uses light for amazing technologies, is on a growth streak: 🚀 The market is expected to reach 1.14 trillion EUR by 2027, with a yearly jump of 6 to 7 percent, due to latest market analysis. 📈 This tech is a game-changer in areas like: 🌿 Environment & ⚡️ Energy 🌾 Agriculture & 🍱 Food 🤖 Industry 4.0 And Europe's #photonics industry is showing impressive resilience, even growing during the pandemic. While China is a rising star, Europe is still a major player with 125 billion EUR in sales in 2022. There's even been a surprising job surge of 33,000 positions across Europe in recent years. Learn more: https://lnkd.in/dRaAMxdf #photonicsindustry #laserindustry

🩻 Breakthrough in Light Imaging Enables Next-Generation Chips 💠 Shedding light on the world of chip technology: Researchers have developed a new way to map how light moves through tiny circuits, paving the way for advances in communications, medical imaging and even quantum computing. They do so using a non-invasive imaging technique that captures the movement of light in real time. The new technique uses the light itself to map its path within a chip without damaging the chip. This has the potential to transform the design and optimization of chips used in everything from data centers to medical imaging devices. 💡 Traditional chip technology uses electrons, but photonics uses light to perform computations. ⚡➡️✨ 💡 This silicon-based approach is cheaper and more efficient, perfect for data centers and AI. 📉 💡 The challenge remains to map how light moves within these miniaturized circuits. https://lnkd.in/d6GkwWa5 ℹ️ https://lnkd.in/dAkHRaXE Technion - Israel Institute of Technology Matan Iluz Jacob (Yacob) Kheireddine Yoav Hazan Amir Rosenthal Shai Tsesses Guy Bartal #photonics

🚀 Photonics Breakthrough Sets New Speed Record for Wireless Data Transmission 📶 Leveraging #laser|s to break speed barriers in wireless data transmission, a recent study reveals a breakthrough in wireless communication. 💫 By harnessing the sub-terahertz band and employing innovative signal modulation techniques, researchers achieved the world's fastest transmission rate with 240 gigabits per second. This approach solves a critical limitation for 300 GHz communications, significantly reducing phase noise compared to traditional methods. As the way for 6G networks is paved, this achievement marks a crucial step toward near-instant global communication. https://lnkd.in/dVsY8qmM Osaka University IMRA America, Inc. Antoine Rolland Tadao Nagatsuma #photonics [Image: Osaka University – Configuration of the two-tone Brillouin laser system and phase noise measurement result (comparison of electrical- and photonics-based local oscillator signals).]

🌌 Monitoring Charge Motion in Quantum Systems: New Method Unlocks Dynamics of Strongly Correlated Materials 💎 An international research team has broken new ground in understanding ultrafast excitations in correlated solids. The work sheds light on the intricate dynamics of these quantum systems when exposed to light. Strongly correlated solids, like high-temperature superconductors and magnetic materials, are like puzzles of the quantum world, with new states emerging under light interaction. Using cutting-edge tools like X-ray #laser|s and attosecond science, the team developed a novel ultrafast #spectroscopy approach. They uncovered that transitions within these materials can occur incredibly rapidly—within femtoseconds. This level of detail unveils the hidden pathways of charge and energy flow during these transformations. https://lnkd.in/eRQ2mqpR European XFEL Universität Hamburg FAU Erlangen-Nürnberg Universität Tokio National Institute of Advanced Industrial Science and Technology (AIST) Radboud University MAX BORN INSTITUTE for Nonlinear Optics and Short Pulse Spectroscopy Imperial College London Technische Universität Berlin Dr. Viktor Valmispild Evgeny Gorelov Mikhail Katsnelson Misha Ivanov #photonics #QuantumDynamics #physics [Image: Max-Born-Institute Berlin - Metal-Insulator phase transition triggered in strongly correlated system by a few-femtosecond pulse (orange curve) and resulting in a dramatic change of density of states, occurs within less than 1 femtosecond.]

🌌 Stellar Leap: Novel All-Glass Metalens Redefines Optical #Imaging 🔭 Researchers have developed a breakthrough 10-centimeter glass metalens that can capture stunning images of the sun, moon, and even distant nebulae with remarkable detail. This all-glass metalens is a game-changer, allowing high-resolution imaging of celestial bodies using conventional technology. Metalenses have traditionally been used for microscopic applications, but this development opens up new possibilities for space exploration and telecommunications. https://lnkd.in/esitrYeZ Harvard University University of Arizona Air Force Research Laboratory Technische Universität Graz Joon-Suh Park Soon Wei Daniel Lim Arman Amirzhan 강혁모 Karlene K. Daewook Kim Marcus Ossiander ZHAOYI LI Federico Capasso #optics #OpticalImaging #astronomy [Image: Capasso Harvard Lab/ Harvard John A. Paulson School of Engineering and Applied Sciences - This 10-centimeter-diameter glass metalens can image the sun, the moon and distant nebulae with high resolution.]

💎 Quantum Computing: From Hype to Reality 🖥 The DLR Quantencomputing-Initiative of Germany's Deutsches Zentrum für Luft-und Raumfahrt e.V. (DLR) and startup planqc are working together to make quantum computers a reality. Their focus is on practical applications in materials science, drug discovery and more. Read the full interview with Dr. Alexander Glätzle, Founder and CEO planqc, and Dr. Robert Axmann, Head of DLR Quantum Computing Initiative, and learn: …How startups are driving innovation in quantum computing …Why neutral atoms are a promising approach …The exciting potential of quantum machine learning Don't miss out on this glimpse into the future of - quantum - computing! 🔭 Get even more first-hand insights at #WorldOfQUANTUM, International Trade Fair for Quantum Technologies - from June 24-27, 2025 at Messe München. https://lnkd.in/d-VSAKVp #quantumcomputing #quantumtechnology

✴️ The LASER World of PHOTONICS 2025 is on the horizon - Make a note in your calendar! ✅ Plan now to present your latest #photonics innovations in good time. ✅ If you still need some arguments to be there in 2025, see what exhibitors said about the past #LASERWorldOfPHOTONICS #tradefair event: https://lnkd.in/dHqz8FnY ✅ Would you like to appear as a leading company in the industry and show the future of light? Be sure to apply for a suitable stand space now! https://lnkd.in/d6EuHy3W #photonicsindustry #photonicsbusiness #laserindustry #laserbusiness

🔎 Meta-Optical Devices Enhance Thermal Imaging Capabilities 🏜 Researchers have developed a cutting-edge compact thermal #imaging system using spinning metasurfaces. The team's meta-optical devices capture detailed spectral, polarization, and intensity information crucial for applications like autonomous navigation and security. This novel approach is compact, robust, and boasts a wider field of view. Their findings describe a new spectro-polarimetric decomposition system utilizing spinning metasurfaces to break down thermal light into its components. The advancement allows for superior material classification and detection, surpassing conventional methods. https://lnkd.in/dbS9PgMw Purdue University Xueji Wang Fanglin Bao Tyler Sentz Zubin Jacob #photonics #nanophotonics [Image: Xueji Wang/ Purdue University - Researchers used a stack of spinning metasurface devices to capture spectral and polarization details of thermal radiation as well as the intensity information that is acquired with traditional thermal imaging.]

Shining a Light on Healing: Laser & Nanotech Team Up for Faster, Safer Wound Sealing 🩹✴️ Researchers are using light and nanoparticles to literally solder wounds shut. This "iSoldering" method uses a special paste that heats up when hit with light, fusing tissues back together gently. Tiny metallic particles turn light into heat. Special ceramic particles act like thermometers, keeping things from getting too hot. ️This precise temperature control is perfect for delicate tissues and organs. Benefits: * No more stitches that can tear or leak. * Soldering creates a strong, reliable seal. * Soldering might even be used with gentler infrared light, making it easier to use in hospitals. https://lnkd.in/gaQF7Wzw ETH Zürich Empa Univerzita Karlova Oscar Cipolato Lucas Dosnon Jáchym Rosendorf Marius Zäch Alice Bondi Vaclav Liska Andrea Schlegel Inge K Herrmann #nanotechnology #medicine [Image: Empa - Soldering wounds with a nanoparticle paste and light: Oscar Cipolato and Inge Herrmann in Empa's Particles Biology Interactions laboratory in St. Gallen.]

✨ LASER World of PHOTONICS SOUTH CHINA 2024: Explore the Innovation Hub of Photonics! 🐉 This event is your one-stop shop to discover the latest advancements and applications as well as the future of laser technology and its impact on intelligent manufacturing. LASER World of PHOTONICS SOUTH CHINA is happening in Shenzhen, Guangdong. 🇨🇳 Participate from October 14-16, 2024! What makes #LASERSouthChina special? ⭐️ Focuses on key sectors like semiconductors, consumer electronics, and new energy industries. ⭐️ Lets you discover advancements in laser tech and connects with a young, tech-savvy audience in the heart of China's tech hub. ⭐️ Provides access to the "20+8" industry clusters and the future of laser and applications, fostering collaboration and growth, uncovering new solutions and network with industry leaders and potential partners. Highlights: 💠 Upgraded exhibition areas showcasing cutting-edge technologies in precision optics, laser processing, and advanced light sources. ✴️ Dedicated "Laser +" exhibition area featuring breakthroughs in areas like power batteries and LiDAR. 🧑🏻🔬 Career assistance programs connecting job seekers with industry leaders. 🎤 Conferences featuring expert talks and industry discussions. Let's explore the endless possibilities of laser technology together! Shape the future of intelligent manufacturing! Ready to join us? 🧧 Find more details for exhibitors and visitors: https://lnkd.in/dAFzivWT #LASERWorldofPhotonics #photonics #photonicsindustry #laser #laserindustry