A breakthrough in sensor technology using a silicon-based electrolyte-gated transistor (EGT) enhanced with silver nanowire coating for low-cost, rapid, reliable, early Chikungunya detection.
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Expand the possibilities of sensorless solenoid technology with this smart solution to estimate piston position directly from coil current signals by modeling impact solenoids!
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Enzyme-free glucose detection using a PCB-based digital microfluidic chip for fast point-of-care testing.
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Breakthrough in EEG tech! A study introduces a single-channel dry-electrode ear-EEG device for real-world pBCI, like attention tracking & fatigue detection. This sleek, lightweight wearable device monitors brain activity, including alpha waves.
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Temperature and strain monitoring without batteries or wiring in cryogenic environments is now possible. A lithium niobate SAW sensor eliminates connections, making it ideal for space telescopes and rocket engines, ensuring reliable performance in extreme conditions. bit.ly/4tt24Se
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Experience next-gen moisture detection with low-hysteresis sensing! This innovative ethanol mass fraction-induced NIPS-based porous moisture sensor brings down the humidity hysteresis to a level that makes it possible for accurate and reliable moisture detection. bit.ly/4mfmg7U
Imagine detecting toxic gases or chemical warfare agents (CWAs) instantly! Scientists have developed an AI-supported smart “electronic nose” with 24 MOS-based MEMS gas sensors that detects CWAs in seconds. Read more about this innovative real-time safety system on IEEE Sensors Alert.
bit.ly/3PRYJO2
Measuring Alpha-terpineol (A-Te) in pine essential oils used in herbal medicine has become child's play now.
Discover this game-changing MIP-based Quartz Crystal Microbalance sensing breakthrough in the IEEE Sensors Alert.
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A low-cost multispectral device is a great solution that helps farmers to optimize harvest timing and reduce food waste. This advanced spectral sensing makes smart farming more accessible. Read the full article on IEEE Sensors Alert.
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Detect your heart rate and breathing without touching with a new IMU-assisted IR-UWB radar system. It can monitor vital signs even while device is moving in the user’s hand. Want to know more? Read about it in the IEEE Sensors Alert. ieee-sensorsalert.org/articles/rem...
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A highly sensitive 3D electrochemical sensor for detecting chloramphenicol for environmental monitoring, enhancing food safety, and supporting public health protection. To know more, read about it in the IEEE Sensors Alert.
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#IEEESensors #SensorTech #SensorsAlert
A New Tattoo-like Plant Wearable Sensor that is Flexible, Intelligent, and Connected. Detects Plant Stress in Real-Time by Measuring Ethylene Emission.
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Researchers have designed a new in situ #QualityMonitoring system for the bioreceptor layer of gold-based #biosensors. The system could increase operational efficiency, #sensor reproducibility, and reliability. Read more: ieee-sensorsalert.org
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A new research paper describes a novel in-line #QualityMonitoring system for the bioreceptor layer on gold electrode #biosensors. The system uses online wettability angle measurements and electroimpedance spectroscopy.
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This novel #MachineLearning method helps detect thermal faults in industrial blowers quickly and accurately. It combines infrared and optical #ImageFusion, semantic segmentation, and temperature clustering networks. Read more: ieee-sensorsalert.org
#EngineeringInnovation
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Researchers have developed a novel thermal fault detection method specifically for high-speed direct-driven industrial blowers that leverages #MachineLearning to achieve quick, accurate results. For more, subscribe to our emailer: ieee-sensorsalert.org
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Ultrasensitive detection of volatile organic compounds #VOCs could help with the early detection of heart failure and lung cancer. Now, researchers have developed a novel #sensor to detect acetone levels in human breath as low as 6.84ppb. Read more: ieee-sensorsalert.org
#HealthMonitoring
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This novel, 2D molybdenum diselenide (MoSe2) #sensor offers specific and ultrasensitive acetone detection at levels as low as 6.84ppb for #HealthMonitoring and #EnvironmentalMonitoring. To find out more, subscribe to our weekly emailer: ieee-sensorsalert.org
#health
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This novel coating for atomic spin #gyroscopes has high thermal stability, low surface energy, and excellent anti-relaxation properties—all of which contribute to higher accuracy and miniaturization potential for use in #UAVs. For more, subscribe to: ieee-sensorsalert.org
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Researchers have developed a novel anti-relaxation coating material for atomic spin #gyroscopes, which is highly promising for the aim of microminiaturization of #UAVs. The novel coating outperforms traditional OTS coating. For more, subscribe to: ieee-sensorsalert.org
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A new cost-effective, #biocompatible #sensor for detecting indigo carmine uses ethylenediamine-coupled lysine that has been electropolymerized on a pencil graphite electrode. The sensor has a limit of detection of 0.37µM. For more, subscribe: ieee-sensorsalert.org
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