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Our team at UCLA Integrated Sensors Laboratory recently built a novel battery-less and wireless neuro-sensing chip technology that shares the same antenna for powering the chip and also reading back the sensed data. The chip can dynamically adjust the data rate based on the quality of the coupling and the distance between the implant and the external wearable device. This capability ensures a robust communication channel that is resilient to movement and rotation of the implant in the body. The paper was presented in #IEEERFIC conference in Washington DC. Paper title: "Design of a Dual-Mode Coil-Reuse Data Acquisition System for Miniaturized Wirelessly Powered Biopotential Sensing Nodes" #neurosensing #cardiacsensing #closedloop #batteryless #wireless #implant

👑Highly-Cited Paper #article #recommendation Highly Dispersive Palladium Loading on ZnO by Galvanic Replacements with Improved Methane Sensing Performance by Renjie Chen, Shirui Luo, Dan Xie, Yangxin Yu, and Lan Xiang. 👉https://lnkd.in/ebMX-mHp MDPI, Tsinghua University #methane #sensing #ZnO #Pd #density #functional #theory #DFT #chemical #sensors #chemosensors This article belongs to the Special Issue Advanced Nanomaterials for Flexible and Wearable Chemo- and Bio- Sensors: https://lnkd.in/gcCvHSD5

📣Highly-Cited Paper #Article #recommendation Highly Dispersive Palladium Loading on ZnO by Galvanic Replacements with Improved Methane Sensing Performance by Renjie Chen, Shirui Luo, Dan Xie, Yangxin Yu, and Lan Xiang. 👉https://lnkd.in/ebMX-mHp MDPI, Tsinghua University #methane #sensing #ZnO #Pd #density #functional #theory #DFT #chemical #sensors #chemosensors This article belongs to the Special Issue Advanced Nanomaterials for Flexible and Wearable Chemo- and Bio- Sensors: https://lnkd.in/gcCvHSD5

Wearable Heart Monitoring is Here with Quantum Tech 🩺💥 Quantum sensing is revolutionising medical imaging and diagnostics. One company, Neuranics, is already leading the way with their quantum magnetocardiography (MCG) technology that can monitor heart activity. ✨ Neuranics has developed wearable MCG evaluation kits that use quantum sensors to precisely detect the tiny magnetic fields produced by electrical signals in the heart. ✨ In December 2023, Neuranics unveiled a wearable MCG development platform, paving the way for widespread use of their contactless heart monitoring solution. Read the full report on how UK companies like Neuranics are pioneering quantum technologies for life sciences and medical applications - https://ow.ly/f0J350TWzFV #QuantumForLife

🔬 New Research Published! ⚙️ Title: A 0.5 V, 32 nW Compact Inverter-Based All-Filtering Response Modes Gm-C Filter for Bio-Signal Processing 🌟 Highlights of this groundbreaking innovation: ✅ Ultra-low power consumption (32 nW) ✅ Compact design for wearable applications ✅ Optimized for bio-signal processing in healthcare 🌐 This cutting-edge Gm-C filter advances precision and efficiency in biomedical electronics. 🔗 Explore the full paper here: https://lnkd.in/dKtw-5jm How do you envision ultra-low-power circuits shaping the future of healthcare tech? Share your thoughts below! 💡 #BiomedicalEngineering #LowPowerDesign #BioSignalProcessing #HealthcareTech #Innovation

We’re excited to share our latest research from the Center of Excellence in Intelligent Engineering Systems (CEIES) Medical Wearable Lab, published in the Journal of Eye Movement Research: “Intelligent Standalone Eye Blinking Monitoring System for Computer Users” This study introduces an innovative system to combat Computer Vision Syndrome (CVS) by monitoring and encouraging healthier blinking behaviors during computer use. With 95.9% blink detection accuracy, our system offering a promising tech-driven solution to CVS. 🔗 Read more: https://lnkd.in/dKDceyxP #CEIES #MedicalWearables #Research #Innovation #HealthTech #ComputerVisionSyndrome

🌟The future of photonics is bright! 🌟 This incredible technology is transforming our world in ways you may be unaware of. From the screens on our smartphones to cutting-edge medical imaging, photonics is everywhere! Did you know that photonics is driving innovation in: 🏥 Healthcare: Early disease detection and non-invasive imaging 💡 Lighting: Energy-efficient SSL technology saves up to 70% electricity 🌐 Internet: Faster, greener broadband networks 🔐 Security: Advanced sensors for a safer environment 🏭 Manufacturing: Precision laser technology for high-quality production At Luxinar, we're thrilled to be part of this revolution, especially in high-quality manufacturing. We're passionate about pushing boundaries and driving innovation. Want to learn more about how photonics and laser technology can take your industry to the next level? Let's chat! 💡 For more info on the topic: https://zurl.co/TGUd #Photonics #LaserTechnology #IndustrialInnovation #AdvancedManufacturing #EuropeanTech #FutureOfIndustry

#Article Ba-Modified ZnO Nanorods Loaded with Palladium for Highly Sensitive and Rapid Detection of Methane at Low Temperatures by Yijing Cai, et al. https://lnkd.in/eyhBDVEC   MDPI Tsinghua University Wuhan Institute of Technology #methanesensor #ZnO #Pd #Ba #catalyticactivity This article belongs to the Special Issue Advanced Nanomaterials for Flexible and Wearable Chemo- and Bio- Sensors https://lnkd.in/gcCvHSD5

UCLA engineers have introduced a revolutionary device that has the potential to change communication for persons recovering from laryngeal cancer procedures or struggling with damaged voice cords. As described in the journal Nature Communications, this novel gadget, around the size of an inch square, is placed on the skin outside the throat and uses bioelectric impulses from the laryngeal muscles to produce articulate speech with exceptional precision, nearing 95%. Led by Jun Chen, the team created a wearable device with a self-powered sensing component and an actuation component made of silicone and magnetically induced layers. The sensing component uses magnetoelastic technology to detect laryngeal muscle movements, which are then converted into electrical impulses that are processed further by a machine-learning algorithm to produce speech signals. Meanwhile, the actuation component delivers the necessary current to the motor, converting the signals into aural output. https://lnkd.in/ekAp9BBE #VoiceRevolution #BioelectricSpeech #VocalRehabilitation #InnovativeCommunication #NatureJournal #SpeechTechnology #MedicalBreakthrough #LaryngealHealth #VoiceRestoration #MachineLearningAlgorithms #WearableTech #BioelectricImpulses #SpeechPrecision #HealthTechInnovation #MedicalResearch

Revolutionizing Alzheimer's Detection: The Power of CMOS Image Sensors The integration of CMOS image sensors in eye-tracking technology is a game-changer for Alzheimer’s detection. By analyzing micro-saccades and pupil responses, these sensors provide early, non-invasive diagnosis—years ahead of traditional methods. CMOS sensors, known for their high sensitivity and low power consumption, are reshaping medical diagnostics by delivering precise, objective data in wearable devices. For semiconductor leaders, the growth potential in healthcare is immense, with the global market for CMOS sensors expected to hit $55.8 billion by 2027. This technology offers hope to millions, enabling continuous monitoring and better patient outcomes. How do you see semiconductor advancements shaping medical diagnostics? #CMOSImageSensors #HealthcareInnovation #AlzheimersDetection #Semiconductor #TechForGood