AP Sensing’s Post

This #WednesdayWisdom, let's talk photonics; the science and utilisation of light for data transmission and processing. We took a look at photonics in one of our thought leadership papers and what did we find out? It's remarkably innovation and has the potential to be a revolutionary solution when applied to data centres. This groundbreaking technology could may well hold the promise of enhanced efficiency, slashed energy consumption and could lay the path for the next era of sustainable green data centres. Read more about photonics and their potential over on our website: https://lnkd.in/ecTz9U9q #ForemanRoberts #ThoughtLeadership #Photonics #DataCentre #MEPDesign #Innovation #MEPEngineering

Quantum Sensing Everywhere... Let that sink in for a minute. The applications? Endless. And to be honest, you might need more than a minute to start imagining them all. This is where things get exciting... UBIQUT is a spinout company with an exclusive license to UNSW's propriety quantum sensor (magnetometer) technology, redefining what's possible in precision detection. Picture this: compact sensors, built to operate at room temperature with low power use and reduced noise, thereby removing the limitations of current sensors. With the quantum magnetometer market to grow to US$1.1bn by 2029, UBIQUT is in the front seat to bring quantum sensors anywhere, at scale. This is just the beginning. #quantumsensors #UNSWInnovation #outthebackventures #precisiondetection #quantummagnetometer Out The Back Ventures

🌡️ Temperature sensing just got a high-tech upgrade! 🌈 Our latest article on EngiSphere dives into groundbreaking research that's shaking up the world of fiber Bragg grating (FBG) sensors. Imagine combining the power of FBGs with waveguide spectral lenses and CMOS cameras - that's exactly what researchers at Westlake University have done! 🔬 The result? A compact, cost-effective system that rivals traditional methods in accuracy. Plus, it's got AI smarts that push temperature resolution to an impressive 0.1°C! Read the full scoop on EngiSphere.com 🤔 Question for discussion: How do you think this innovation could impact your industry? Share your thoughts below! Kudos to the brilliant minds behind this research: Zhenming Ding, Qing Chang, Zeyu Deng, Shijie Ke, Xinhong Jiang and Ziyang Zhang from Westlake University, Westlake Institute for Advanced Study, and Communication University of Zhejiang. #EngineeringInnovation #TemperatureSensing #FiberOptics #AIinEngineering #ResearchBreakthrough

This #WednesdayWisdom, let's learn more about the world of photonics. Were you aware that the future of data centre design might just lie in photonics, the field dedicated to the science and utilisation of light for data transmission and processing? In our thought leadership document, we look at the remarkable innovation of photonics and its potential to be a revolutionary solution in shaping the future of data centres. This groundbreaking technology may just hold the promise of enhancing efficiency and slashing energy consumption, which could lay the path for the next era of "greener" data centres. Stay at the forefront of innovation and explore how photonics could be the key to a brighter future here: https://lnkd.in/ecTz9U9q #ForemanRoberts #ThoughtLeadership #Photonics #DataCentre #MEPDesign #Innovation #MEPEngineering

Back from the cutting-edge realm of the AKL International Laser Technology Congress in Aachen, the advancements witnessed in CW and ultrafast laser technologies have truly energized us. Alongside my colleague mustafa rızalar, we've dived deep into the future of laser applications that push the boundaries of speed and precision—ultrafast laser applications are not just the future; they are the now. We delved into the pioneering world of surface processing, where AI blends with laser technologies to create unprecedented efficiencies and quality. And in the photovoltaic sector, we witnessed how lasers are charging the way we harness solar energy, making it cleaner and more accessible. What's even more thrilling is bringing back a trove of fresh market statistics and insights that are set to redraw the competitive landscape. In line with our motto "Stronger Together," we are gearing up to share these game-changing innovations with you. This is not just about what’s new—it’s about transforming how we think, operate, and collaborate. Stay tuned as we prepare to unfold a future where our collective strengths amplify the impact of these laser technologies in every facet of our work. #Durma #DurmaNext #AKL24 #LaserTechnology #AI #UltrafastLasers #SurfaceProcessing #Photovoltaics #Innovation #StrongerTogether

Are you interested in the trend towards #fiber #optic #connections in #automobiles? Join us for next week's Swissphotonics lunch chat by Thomas Schmalzigaug, Standardization Manager HUBER+SUHNER who will show the results of the HUBER+SUHNER investigation of four cascaded expanded beam connectors. #Experiments and #simulations with different lateral and angular offsets of mated connectors showing the attenuation of each connection and the power distribution in the #fiber #core after each connection will be described, see https://lnkd.in/d8xJ76aG Swissphotonics HUBER+SUHNER #photonics #fiver #connector

🎉 Exciting News! 📝 My latest research has just been published in #naturecommunications. I'm thrilled to share my paper on on-chip frequency comb sources. This breakthrough technology offers compact, energy-efficient, and cost-effective solutions for various applications from #lidar to #telecommunications. In this paper, we discuss how we overcame the fundamental trade-off between controllability and bandwidth. Traditional approaches either provide broadband combs without control over spectral envelope or offer controlled combs with limited bandwidth. However, through innovative methods, we achieved agile spectral multiplication of a narrowband comb. By exploiting the nonlinear dynamics of a multi-wavelength laser under frequency comb injection, we demonstrated spectral multiplication of the frequency comb at frequency offsets ranging from 26 GHz to 1.3 THz. What's more, our system offers nanosecond switching capability, enabling fast switching and versatility in various applications. Special thanks to my colleagues: Martin Virte, Pablo Marin-Palomo, and Mathieu Ladouce for their valuable contributions. Join me in exploring the vast potential of this technology! With compatibility across generic platform, our approach holds promise for scalable and versatile solutions. Together, we can pave the way for a new generation of #THz applications, unlocking opportunities for low-cost, compact, and power-efficient THz comb sources. Read the full paper here: https://lnkd.in/etgcZvQa #Research #Innovation #Technology #Science #photonics #lasers

Illuminating Progress: The Transformative Power of Photonics in Our World In an era where innovation is the cornerstone of advancement, photonics emerges as a beacon of progress, casting its illuminating presence across an array of industries. From the intricate networks that keep us connected to the renewable energies lighting our way to a sustainable future, photonics is the unsung hero in the technological revolution unfolding before our eyes. At Etteplan, we stand at the forefront of this exciting journey, pioneering the path toward accelerated research and development in photonics. Our commitment to innovation is not just about embracing the future; it's about creating it. By harnessing the power of photonics, we are not only participating in the evolution of industries but are also driving it. The journey of photonics R&D is fraught with complexities. The elaborate dance of designing, simulating, and testing these technologies often extends timelines and inflates budgets, creating a chasm between potential and realization. Traditional methodologies, with their protracted processes, stifle the spark of innovation, dimming the prospects of breakthroughs and advancements. We recognize the challenges within photonics R&D and address them head-on with innovative solutions and advanced tools. Our mission? To streamline the development process, making it more efficient, cost-effective, and collaborative. By dismantling financial and technical barriers, we open the doors to a world where photonics technologies can be explored and enhanced freely, catalyzing significant impacts across various sectors. Our endeavors in photonics are not just about technological advancement; they are about forging a future that is brighter, more connected, and sustainable. Through our collaborative efforts, we aim to empower researchers and organizations to unlock the full potential of photonics, turning visionary ideas into tangible realities. Etteplan: Accelerating the Future, One Photon at a Time #Photonics #Innovation #ForTheBetter #Etteplan

🔒✨ Unlocking the Future with Quantum Locking! ✨🔒 Quantum Locking, a mesmerizing blend of quantum mechanics and practical technology, is poised to revolutionize our world! 🌍✨ Imagine a future where superconducting materials defy gravity, creating frictionless motion and limitless potential. Here’s why Quantum Locking is the game-changer we’ve been waiting for: 🚀 Frictionless Transportation: Imagine hoverboards, maglev trains, and floating vehicles transforming our commute. Quantum Locking enables frictionless movement, leading to faster, more efficient travel. ⚡️ Enhanced Energy Efficiency: With minimal energy loss, Quantum Locking could lead to highly efficient power grids, reducing waste and promoting sustainability. 🌱💡 🔐 Advanced Security: From secure quantum computing to tamper-proof systems, Quantum Locking adds an extra layer of protection in the digital age. 🛡️🔒 🔬 Innovative Applications: In fields like medical technology, telecommunications, and manufacturing, Quantum Locking can drive groundbreaking advancements and innovations. 🧬📡🏭 Let’s embrace this quantum leap and pave the way for a future that’s not just smart, but quantum smart! 🚀🔗 Video credits : to the respective creator #QuantumLocking #FutureTech #Innovation #Sustainability #QuantumLeap #TechRevolution

🌟 What is Photonics? 🌟 Photonics is the science of light and it’s revolutionizing the world around us! From lightning-fast fiber #optics that power our internet to the lasers used in life-saving surgeries, photonics is a technology we rely on every day without realizing it. 📡🦠 💡 Did you know your phone camera and #LED lights are based on photonics too? It’s everywhere—from the smallest device in your hand to the largest solar energy plants. The future of photonics is even brighter! With advancements in #quantum computing, #smart cities, and #space exploration, #photonics is shaping the technology of tomorrow. 🚀 Join us on this exciting journey into the world of light! Follow us to explore how photonics makes life faster, smarter, and more connected. 🔗🌍 #innovation #technology #technologyexplained EPIC - EUROPEAN PHOTONICS INDUSTRY CONSORTIUM