We're thrilled to announce the #OFC25 plenary speakers! https://bit.ly/3OCVmqo The plenary sessions will highlight innovations in photonics, optical communications, and AI, featuring visionaries Prof. Kei May Lau, Dr. Bryan Robinson, and Dr. Pradeep Sindhu. A pioneer in photonics research at The Hong Kong University of Science and Technology, Kei May Lau will discuss the future of photonics technology and what lies ahead for the industry. Dr. Bryan S. Robinson, the Optical and Quantum Communications Group leader at MIT Lincoln Laboratory, will share his insights on the latest advancements in free-space optical communications. During the plenary, Dr. Pradeep Sindhu, Corporate VP of Silicon at Microsoft, will provide his perspective on the next generation of network solutions for AI data centers. #photonics #technology #industry #AI #datacenters #telecom #networks
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📰 In a recent article by Altechna CEO Antanas Laurutis, published by Verslo žinios, the pivotal role of photonics in shaping the future of AI infrastructure is highlighted. From reducing production costs to enhancing data center bandwidth, #photonics #technology is at the forefront of innovation. Key takeaways: 💡 Laser technology is revolutionizing chip production, driving precision and cost-efficiency. 💡 Fiber optics are crucial for high-speed connectivity, enabling seamless communication in data centers. 💡 Photonics innovations empower real-time decision-making in edge computing and AI accelerators. 🔗 The link to the full article for our Lithuanian followers can be found in the comments below. #AI #tech #innovations
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Welcome to 2025! 🎉 To an enlightening year of innovation in Photonics: In the realm where light particles play, Ideas sparkle, light our way. Waves of innovation, bright, Enlightening paths with beams of light. Sensing change at the speed of light, Transmission clear, a future bright. Sparkling with each new creation, Light particle’s dance, our inspiration. A year ahead, full of gleam, Photonics’ light, a brilliant dream. PS: This poem was created with the help of an AI friend (Copilot). PPS: Did you know that artificial intelligence and photonics are becoming increasingly intertwined? As AI systems require ever-larger data sets and more computing power, photonics offers a solution to traditional bottlenecks in electrical signal processing. #EUinnovation #photonics #photonixFAB
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Imagine a computer that doesn’t just follow instructions step by step but explores countless possibilities at once. That’s quantum computing—a revolutionary technology solving challenges far beyond the reach of even the most advanced classical systems. At its core are qubits, which harness quantum mechanics to exist in multiple states simultaneously (superposition) and influence each other instantly (entanglement). This unique capability allows quantum computers to process massive data, simulate complex systems, and optimise problems on an entirely new scale. The impact is profound. Quantum computing is driving breakthroughs in healthcare, transforming telecommunications with ultra-fast and reliable networks, advancing quantum encryption for safer communications, and powering AI to tackle global challenges. And the best part? This isn’t decades away—it’s happening now. At Aegiq, we’re pioneering photonic quantum technologies that make this transformative power scalable and accessible. Quantum computing isn’t just the future—it’s the key to redefining what’s possible today. What excites you most about the quantum revolution? Let’s discuss. #Aegiq #QuantumTechnologies #Photonics #Innovation #Discussion
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Step outside the silicon box and ignite your mind with Photonics, the startlingly efficient, light-based future of AI supercomputing. One word: Optalysys. This UK firm is pioneering Optical Computers that outperform traditional models with significantly greater energy efficiency. Ditch the copper, forget electrons - let's talk light. Explore more in our latest feature, 'Illuminating the Path to Advanced AI Supercomputers: A Light-Hearted Approach!'. #AISupercomputers #Photonics #TechInnovation [Click here to read more: https://lnkd.in/e-PXPni9]
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Over 585,000 views and 36 videos later, Qubits 2024, D-Wave's annual user conference, captured the attention of a rapidly growing ecosystem of quantum computing adopters and supporters. From climate change mitigation to optimization in telecommunications and advancements in drug discovery, these sessions have explored how quantum technologies are solving some of today’s most pressing global challenges. Now, it’s your turn to experience this wealth of knowledge. Discover how quantum annealing is accelerating progress across industries like life sciences, sustainability, and business operations. Watch the full playlist here: https://lnkd.in/gA5jQm5s and immerse yourself in the future of technology. As we near the end of 2024, we’re gearing up for #Qubits25 — an event that will go even further into real-world applications and quantum breakthroughs. Qubits 2025 will provide fresh insights from top experts, explore the latest advancements, and offer a closer look at how quantum computing is shaping the future of business and technology. Register now for Qubits 2025 in Scottsdale, Arizona, on March 31 – April 1, 2025: https://lnkd.in/gWbFNfhy #QuantumComputing #DWave #TechLeadership #QuantumAI #Innovation #Optimization #AI #FutureOfTech
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🔍 On-demand webcast: How micro-optics are driving next-generation optical communications 🔍 💡 Next-gen optical interconnects for data centers and AI clusters face huge challenges—bandwidth demands, ultra-low latency, and energy efficiency are critical. In this webcast, Dr. Wilfried Noell, Chief Scientist at Focuslight Technologies, will explore how refractive and diffractive micro-optics are enabling breakthrough solutions in optical communications. From photonic integrated circuits (PICs) to optical switches, learn how these innovations are tackling today’s data traffic challenges. 📅 Available Now! 🎯 Perfect for CTOs, R&D engineers, and designers in photonics systems. #MicroOptics #Photonics #AI #OpticalCommunications #DataCenters #ElectroOptics
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🔍 On-demand webcast: How micro-optics are driving next-generation optical communications 🔍 💡 Next-gen optical interconnects for data centers and AI clusters face huge challenges—bandwidth demands, ultra-low latency, and energy efficiency are critical. In this webcast, Dr. Wilfried Noell, Chief Scientist at Focuslight Technologies, will explore how refractive and diffractive micro-optics are enabling breakthrough solutions in optical communications. From photonic integrated circuits (PICs) to optical switches, learn how these innovations are tackling today’s data traffic challenges. 📅 Available Now! 🎯 Perfect for CTOs, R&D engineers, and designers in photonics systems. #MicroOptics #Photonics #AI #OpticalCommunications #DataCenters #ElectroOptics
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We're excited to join the global quantum community in marking the 3rd World Quantum Day. Since 2020, QpiAI has been leveraging quantum technology to create impactful solutions in AI, healthcare, sustainability, logistics, and materials. Our relentless pursuit of innovation in quantum computing has empowered us to pioneer industry-leading #quantuminspired optimization solvers and next-generation quantum-driven solutions for crucial fields such as drug discovery, cryptography, finance, and AI. While #quantumtechnology propels us towards the future of #computing, #communication, and #sensing, it also serves as the fundamental pillar enabling numerous technologies that profoundly influence our daily lives. From the #semiconductor chips powering our laptops and smartphones to the precision of #GPS navigation, the diagnostic capabilities of MRI, the illumination of LEDs, the precision of lasers, the efficiency of solar cells, and the potential of #nanotechnology—all are grounded in the intricate quantum mechanical properties of matter. But why April 14th? Let us know what you think! Interested to know more about Quantum Computing? Start your Quantum and AI journey today QpiAI Explorer! #QuantumComputing #QuantumTechnology #WorldQuantumDay
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Great to see Forbes highlighting the role of silicon photonics in shaping AI’s future—and featuring insights from our CEO, Dr. Hesham Taha. AI infrastructure is reaching the limits of traditional copper interconnects, making scalable optical connectivity a necessity. As Dr. Taha explains, Teramount’s Universal Photonic Coupler is solving one of the biggest challenges in this transition: integrating optical fibers with silicon photonics at scale. As AI demand grows, connectivity will define innovation. Link to the full Forbes article: https://lnkd.in/dEsiJmk8 #datacenter #AI #OpticalInterconnect #siliconphotonics
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AI infrastructure has dominated conversations over the past week, from #DeepSeek to NVIDIA and OpenAI’s $500b funding round. One thing is clear - AI usage is set to keep growing for the foreseeable future. The key to sustaining this growth lies in improved networking and connectivity, and Teramount’s optical photonic technology is poised to lead the way. Read more below:
Great to see Forbes highlighting the role of silicon photonics in shaping AI’s future—and featuring insights from our CEO, Dr. Hesham Taha. AI infrastructure is reaching the limits of traditional copper interconnects, making scalable optical connectivity a necessity. As Dr. Taha explains, Teramount’s Universal Photonic Coupler is solving one of the biggest challenges in this transition: integrating optical fibers with silicon photonics at scale. As AI demand grows, connectivity will define innovation. Link to the full Forbes article: https://lnkd.in/dEsiJmk8 #datacenter #AI #OpticalInterconnect #siliconphotonics
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