Dinh Thuy PHAN HUY’s Post

📻 The Surprising Comeback of Analog Computing in a Digital Age. As we continue to navigate a world dominated by digital technology, there's an unexpected player making a significant comeback: analog computing. This old-school tech, known for processing data in continuous waves, is re-emerging as a powerful solution to modern problems. Why the resurgence? Analog processors are not only incredibly energy-efficient but also adept at handling the complexities of natural signals swiftly and effectively. This means devices can potentially run thousands of times longer on the same amount of power—a game-changer for industries aiming to reduce energy consumption and enhance device longevity. In my latest video, I explore how this retro technology is shaping the future of tech, promising to revolutionize everything from AI applications to everyday gadgets. As we look towards a more sustainable and efficient future, analog computing may just be the key. What do you think about this shift back to analog? Could it be the solution we need for a more sustainable tech ecosystem? Share your thoughts below! #TechTrends #AnalogComputing #SustainableTech #Innovation

"A research team led by the Agency for Science, Technology and Research (A*STAR) in partnership with National University of Singapore (NUS) has created an innovative microelectronic device that can potentially function as a sustainable, high-performance "bit-switch." This paves the way for future computing technologies to process data much faster while using significantly less energy. By harnessing tiny, stable and speedy magnetic whirls called skyrmions, the device can operate using 1,000 times less power than commercial memory technologies. This discovery was reported in the journal Nature." #skyrmions #sustainablecomputing #computingtechnology

#Collaboration #Cocreation #5G #Communication 🎉 ALifecom Donates Cutting-Edge Equipment to NYCU, Advancing Next-Generation Communication Leadership 🎉 On December 23, ALifecom and National Yang Ming Chiao Tung University (#NYCU) celebrated a milestone moment as ALifecom donated advanced #wireless communication #equipment, the “ALifecom NE7700,” to the Pervasive AI Computing and Communications (#PACC) Lab at NYCU’s College of Electrical and Computer Engineering. This collaboration aligns with #Taiwan’s emphasis on “Next-Generation Communication,” one of the five key industries driving the nation’s #global competitiveness, alongside #semiconductors, #AI, and #satellite communications. #Professor Li-Chun Wang, Dean of the #College of Electrical and Computer Engineering at NYCU, stated that Taiwan, with its world-class semiconductor and #electronic communications industries, holds a critical position in the global #supply #chain. The ALifecom NE7700, donated by ALifecom, is a pivotal piece of equipment for advanced wireless communication #research, significantly enhancing both #academic studies and practical capabilities. ALifecom focuses on wireless communication testing solutions, offering products ranging from 4G LTE to the latest #5G NR technologies and expanding further into #NTN (Non-Terrestrial Network) satellite communication technologies, showcasing comprehensive expertise and forward-looking innovation. This #donation marks a new milestone in NYCU’s industry-academia co-creation, fueling Taiwan’s #innovation engine and creating a global #platform for technological advancements. Together, NYCU and ALifecom are shaping the future of wireless communication! 

🚀 Breaking Barriers with 6G! 🚀 Exciting advancements in wireless technology are on the horizon! 🌐 Researchers at University College London, led by Dr. Zhixin Liu, have set a new world record in data transmission speed, reaching 938 Gbps—that’s 9,000 times faster than current 5G connections in the UK. Using a broader spectrum of frequencies, from 5 GHz to 150 GHz, this ultra-wide 145 GHz bandwidth covers both radio waves and light frequencies. With high-speed electronics and microwave photonics, this achievement is a monumental step toward the 6G future. 📡⚡ This breakthrough isn’t just about faster speeds; it's about unlocking the potential for transformative technologies like AI, augmented reality, and smart cities. The 6G era is coming, and it’s going to change everything! 🌍 #6G #Innovation #Technology #WirelessFuture #DataTransmission #AI #SmartCities #UCL #Research #Telecommunications #TechTrends #Breakthrough

Analogue computing – bulk-reconfigurable materials and Intelligent Surfaces As we approach the era of 6G, reconfigurable radio signal processing is becoming more critical to achieving the ultra-low latency and high-speed data transfer required by future networks. By leveraging the properties of bulk-reconfigurable materials and intelligent surfaces, we can perform complex mathematical operations directly on radio signals. This eliminates the need for conversion between analogue and digital signals, reducing processing time and improving efficiency. Through precise control of dielectric characteristics, reconfigurable surfaces can adjust how they interact with radio waves, offering new ways to optimize wireless communication. This approach could redefine how signal processing is carried out in next-generation technologies. Follow us for in-depth insights on reconfigurable signal processing and next-gen tech. Don't miss out on the future of connectivity!

"What does 'Innatera' mean?" As you will see in this article, it takes three paragraphs to explain—and while you could spend that time reading about our name, there’s something far more exciting you could be doing: 🚀 Deploying your neural network to our neuromorphic chip! Yes, that’s how fast and seamless it is to deploy a network from Python to our Spiking Neural Processor. In the time it takes to read about our name, you could have AI at the edge, powered by our cutting-edge chip 😄 ! #AI #IoT #edgeAI #tinyML #neuromorphic

Revolutionizing Batteries with Quantum Sensing Battery performance often declines due to uneven reactions at the nanoscale within electrode materials. Now, researchers are using diamond nitrogen-vacancy (NV) centres in #QuantumSensing to capture these processes in unprecedented detail. With spatial resolution from 1nm to 1μm, NV sensors offer real-time, non-destructive monitoring of battery materials, detecting changes in temperature, stress, and magnetic fields as the battery charges and discharges. In a recent breakthrough, researchers used this technology to observe unexpected transformations in iron oxide particles, revealing non-uniform reactions that degrade battery performance over time. This deeper understanding of nanoscale behaviour could lead to more efficient and durable batteries, improving the performance of everything from electric vehicles to smartphones. Click below to read more: https://lnkd.in/eXYGztGY #QuantumSensing #BatteryTech #Nanotechnology #Innovation #SustainableEnergy #ElectricVehicles #SmartphoneTechnology #EnergyStorage #BatteryResearch #TechForGood #QuantumPhysics #MaterialsScience #Electrochemistry #FutureTech #EnergyEfficiency #EVs #CleanTech #Quantum #QuantumTechnology #QuantumComputing #QuantumSensors #DiamondNitrogenVacancy #NitrogenVacancyCenter

This paper, the focus is placed on the #electromagnetic #nanonetworking #paradigm, providing an overview of the advances made in #wireless #nanocommunication #technology from #microwave #through terahertz to optical bands. The characteristics and potential of the compared technologies are then confronted with the requirements and challenges of the broad set of nanonetworking applications in the #Internet #of #Nano#Things (#IoNT) and on-#chip #networks #paradigms, including quantum computing applications for the first time. Finally, a selection of #cross-#cutting issues and possible directions for future work are given, aiming to guide researchers and practitioners towards the next generation of electromagnetic nanonetworks.----Sergi Abadal, @Chong Han, Vitaly Petrov, Laura Galluccio, Ian F. Akyildiz, @Josep M. Jornet More details can be found at this link: https://lnkd.in/gcqKpFqU

#analyticalchemistry news In today's digital era, the fusion of advanced #technology and innovative #chemistry holds immense potential to revolutionise various fields. A recent study published in Analytical Methods presents a groundbreaking development in this arena: a portable fluorescence detection device using a smartphone integrated with carbon nanodots for sensing manganese ions, Mn2+,. The team of researchers behind this advancement has ingeniously leveraged the capabilities of smartphones, paired with the unique properties of carbon nanodots, to create an accessible and efficient system for Mn2+ detection. This novel approach not only exemplifies the ingenuity at the intersection of #analyticalchemistry and #nanotechnology but also expands the possibilities for mobile and real-time analysis. Traditionally, detecting certain ions in #water and other matrices demanded more complex and less accessible methods. This portable device, however, transforms an everyday smartphone into a powerful analytical tool, offering a compelling alternative to standard laboratory-based techniques. By utilising carbon nanodots' fluorescent properties — minute particles known for their stability and biocompatibility — the device offers a sensitive, quick, and cost-effective method for detecting manganese ions. This is crucial in fields like environmental monitoring where manganese contamination can pose significant health risks. As we continue to grapple with environmental challenges and resource management, such innovations demonstrate the pivotal role of #science in offering practical solutions. Imagine a future where anyone equipped with a smartphone could contribute to water quality assessments, ensuring safer drinking water and enhancing public health oversight. This advancement is a testament to how integrating #science and everyday technology can foster broader societal benefits, allowing us to move closer to a more informed and sustainable future. #Innovation #SmartTechnology #EnvironmentalMonitoring #PublicHealth #ChemistryAdvances, If you want to know more about #analyticalchemistry news, follow me: https://lnkd.in/d29pbjb9

The Marvels of Optical Fiber Cables Optical fiber cables, composed of glass or plastic strands, revolutionize modern communication networks with lightning-fast data transmission at the speed of light. Essential in telecommunications, they facilitate high-speed internet, telephony, and cable television. Their superiority over copper cables lies in longer transmission distances, immunity to electromagnetic interference, and durability. Beyond telecommunications, optical fibers find utility in medical imaging and industrial sensing. As technology evolves, ongoing research promises even faster speeds and novel applications. Optical fiber cables stand as indispensable conduits of connectivity, propelling our digitally interconnected world forward into the future.