IEEE Sensors Alert
@ieeesensorsalert.bsky.social
A weekly online digest bringing you concise plain language summaries of the latest research published in the IEEE Sensors Journal.
Stay updated on the newest research in sensors and their applications. Subscribe to our emailer: https://ieee-sensorsalert.o
Stay updated on the newest research in sensors and their applications. Subscribe to our emailer: https://ieee-sensorsalert.o
Pinned
𝐈𝐄𝐄𝐄 𝐒𝐞𝐧𝐬𝐨𝐫𝐬 𝐀𝐥𝐞𝐫𝐭 𝐢𝐬 𝐧𝐨𝐰 𝐨𝐧 𝐬𝐨𝐜𝐢𝐚𝐥 𝐦𝐞𝐝𝐢𝐚!
Follow us for bite-sized insights into the latest research published in the IEEE Sensors Journal — all in everyday, accessible language.
𝐖𝐚𝐧𝐭 𝐭𝐡𝐞 𝐥𝐚𝐭𝐞𝐬𝐭 𝐮𝐩𝐝𝐚𝐭𝐞𝐬 𝐝𝐞𝐥𝐢𝐯𝐞𝐫𝐞𝐝 𝐬𝐭𝐫𝐚𝐢𝐠𝐡𝐭 𝐭𝐨 𝐲𝐨𝐮𝐫 𝐢𝐧𝐛𝐨𝐱?
Subscribe to our newsletter: ieee-sensorsalert.org
Follow us for bite-sized insights into the latest research published in the IEEE Sensors Journal — all in everyday, accessible language.
𝐖𝐚𝐧𝐭 𝐭𝐡𝐞 𝐥𝐚𝐭𝐞𝐬𝐭 𝐮𝐩𝐝𝐚𝐭𝐞𝐬 𝐝𝐞𝐥𝐢𝐯𝐞𝐫𝐞𝐝 𝐬𝐭𝐫𝐚𝐢𝐠𝐡𝐭 𝐭𝐨 𝐲𝐨𝐮𝐫 𝐢𝐧𝐛𝐨𝐱?
Subscribe to our newsletter: ieee-sensorsalert.org
Monitoring for sepsis onset is now simpler! Researchers developed a machine learning-powered system called SepAl that provides real-time sepsis alerts using easily accessible vital signs.
#SmartDiagnosis
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
#SmartDiagnosis
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
November 11, 2025 at 11:05 AM
Monitoring for sepsis onset is now simpler! Researchers developed a machine learning-powered system called SepAl that provides real-time sepsis alerts using easily accessible vital signs.
#SmartDiagnosis
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
#SmartDiagnosis
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
SepAl: A new lightweight #ML algorithm that brings real-time sepsis detection to low-power wearable devices. By relying on just 6 vital signs, this could transform sepsis care in resource-limited settings.
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
November 11, 2025 at 3:19 AM
SepAl: A new lightweight #ML algorithm that brings real-time sepsis detection to low-power wearable devices. By relying on just 6 vital signs, this could transform sepsis care in resource-limited settings.
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
Researchers introduce SepAl, a lightweight #AI algorithm that detects the onset of sepsis using vital signs from wearable #sensors!
For more updates, subscribe: ieee-sensorsalert.org
For more updates, subscribe: ieee-sensorsalert.org
November 10, 2025 at 11:10 AM
Researchers introduce SepAl, a lightweight #AI algorithm that detects the onset of sepsis using vital signs from wearable #sensors!
For more updates, subscribe: ieee-sensorsalert.org
For more updates, subscribe: ieee-sensorsalert.org
Researchers have merged two electronic and optical sensing methods into one compact, disposable chip. This dual-mode system will help scientists study molecular interactions at biointerfaces, paving the way for advances in biology and medicine!
Learn more: ieee-sensorsalert.org
Learn more: ieee-sensorsalert.org
November 7, 2025 at 6:27 AM
Researchers have merged two electronic and optical sensing methods into one compact, disposable chip. This dual-mode system will help scientists study molecular interactions at biointerfaces, paving the way for advances in biology and medicine!
Learn more: ieee-sensorsalert.org
Learn more: ieee-sensorsalert.org
New dual-mode #sensor combines electronic and optical measurements on one chip to monitor both mass and charge density at biointerfaces, representing a powerful and scalable tool for advanced #Biosensors.
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
November 6, 2025 at 11:28 AM
New dual-mode #sensor combines electronic and optical measurements on one chip to monitor both mass and charge density at biointerfaces, representing a powerful and scalable tool for advanced #Biosensors.
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
Researchers have improved sensor performance by combining a zinc oxide sensing electrode with phosphorene, boosting stability and precision!
This paves the way for better #sensors in #HealthMonitoring.
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
This paves the way for better #sensors in #HealthMonitoring.
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
November 6, 2025 at 4:07 AM
Researchers have improved sensor performance by combining a zinc oxide sensing electrode with phosphorene, boosting stability and precision!
This paves the way for better #sensors in #HealthMonitoring.
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
This paves the way for better #sensors in #HealthMonitoring.
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
Researchers achieved a major advance in pH sensing by modifying a zinc oxide electrode with phosphorene—a 2D material, paving the way for more reliable pH #sensors for #HealthMonitoring and industrial applications.
Learn more! Subscribe: ieee-sensorsalert.org
Learn more! Subscribe: ieee-sensorsalert.org
November 5, 2025 at 10:51 AM
Researchers achieved a major advance in pH sensing by modifying a zinc oxide electrode with phosphorene—a 2D material, paving the way for more reliable pH #sensors for #HealthMonitoring and industrial applications.
Learn more! Subscribe: ieee-sensorsalert.org
Learn more! Subscribe: ieee-sensorsalert.org
New study introduces a lightweight system for vision-based position tracking, paving the way for more efficient navigation in small robots and drones.
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
#SelfSensing
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
#SelfSensing
November 5, 2025 at 3:40 AM
New study introduces a lightweight system for vision-based position tracking, paving the way for more efficient navigation in small robots and drones.
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
#SelfSensing
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
#SelfSensing
Researchers have overcome a key processing bottleneck in visual inertial odometry with a specialized sensor that directly computes optical flow—enabling faster, more efficient navigation in miniaturized robots and drones.
Subscribe for more breakthroughs: ieee-sensorsalert.org
#SelfSensing
Subscribe for more breakthroughs: ieee-sensorsalert.org
#SelfSensing
November 4, 2025 at 3:13 AM
Researchers have overcome a key processing bottleneck in visual inertial odometry with a specialized sensor that directly computes optical flow—enabling faster, more efficient navigation in miniaturized robots and drones.
Subscribe for more breakthroughs: ieee-sensorsalert.org
#SelfSensing
Subscribe for more breakthroughs: ieee-sensorsalert.org
#SelfSensing
Researchers have developed a lightweight system for vision-based position tracking. By integrating a dedicated optical flow #sensor, their approach cuts latency and computing load, enhancing navigation for robots and drones.
Learn more: ieee-sensorsalert.org
#SelfSensing
Learn more: ieee-sensorsalert.org
#SelfSensing
November 3, 2025 at 10:44 AM
Researchers have developed a lightweight system for vision-based position tracking. By integrating a dedicated optical flow #sensor, their approach cuts latency and computing load, enhancing navigation for robots and drones.
Learn more: ieee-sensorsalert.org
#SelfSensing
Learn more: ieee-sensorsalert.org
#SelfSensing
Researchers show 28 ways in which second-generation voltage conveyors can be used as sinusoidal oscillators with minimal components.
#Technology #Innovation
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
#Technology #Innovation
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
November 3, 2025 at 3:09 AM
Researchers show 28 ways in which second-generation voltage conveyors can be used as sinusoidal oscillators with minimal components.
#Technology #Innovation
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
#Technology #Innovation
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
Researchers present 28 new sinusoidal oscillators based around the 2nd generation voltage conveyor. These compact circuits produce clean analog sine waves with potential uses in #BiomedicalEngineering, #SensorTechnology, and more.
Learn more: ieee-sensorsalert.org
Learn more: ieee-sensorsalert.org
October 31, 2025 at 11:43 AM
Researchers present 28 new sinusoidal oscillators based around the 2nd generation voltage conveyor. These compact circuits produce clean analog sine waves with potential uses in #BiomedicalEngineering, #SensorTechnology, and more.
Learn more: ieee-sensorsalert.org
Learn more: ieee-sensorsalert.org
From wearable #technology to medical devices, differential capacitive #sensors are everywhere. Now, researchers have designed an analog read-out circuit that improves precision & noise performance when using these sensors!
Learn more in our weekly emailer: ieee-sensorsalert.org
Learn more in our weekly emailer: ieee-sensorsalert.org
October 31, 2025 at 5:29 AM
From wearable #technology to medical devices, differential capacitive #sensors are everywhere. Now, researchers have designed an analog read-out circuit that improves precision & noise performance when using these sensors!
Learn more in our weekly emailer: ieee-sensorsalert.org
Learn more in our weekly emailer: ieee-sensorsalert.org
Researchers have developed an analog read-out circuit for differential capacitive #sensors. With its auto-balancing design and superior noise rejection, this circuit is paving the way for next-gen #wearable and #biomedical devices.
Learn more: ieee-sensorsalert.org
Learn more: ieee-sensorsalert.org
October 31, 2025 at 4:27 AM
Researchers have developed an analog read-out circuit for differential capacitive #sensors. With its auto-balancing design and superior noise rejection, this circuit is paving the way for next-gen #wearable and #biomedical devices.
Learn more: ieee-sensorsalert.org
Learn more: ieee-sensorsalert.org
Can quantum tech improve triangulation accuracy? Researchers propose using quantum #sensor networks to achieve higher precision when estimating the angle of incoming signals—critical for radar and navigation applications.
Learn more in our weekly emailer: ieee-sensorsalert.org
Learn more in our weekly emailer: ieee-sensorsalert.org
October 27, 2025 at 11:34 AM
Can quantum tech improve triangulation accuracy? Researchers propose using quantum #sensor networks to achieve higher precision when estimating the angle of incoming signals—critical for radar and navigation applications.
Learn more in our weekly emailer: ieee-sensorsalert.org
Learn more in our weekly emailer: ieee-sensorsalert.org
New quantum #sensor network sharpens how we detect the direction & position of incoming signals. This #technology could empower next-generation radar, navigation, and telecommunications systems!
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
October 24, 2025 at 1:50 PM
New quantum #sensor network sharpens how we detect the direction & position of incoming signals. This #technology could empower next-generation radar, navigation, and telecommunications systems!
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
Novel #biosensor uses surface plasmon resonance (SPR) for efficient detection of #tuberculosis in blood samples! It shows high precision and could potentially be used to detect other diseases as well.
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
October 24, 2025 at 3:59 AM
Novel #biosensor uses surface plasmon resonance (SPR) for efficient detection of #tuberculosis in blood samples! It shows high precision and could potentially be used to detect other diseases as well.
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
Researchers have developed a new, highly sensitive surface plasmon resonance #SPR #biosensor to detect #tuberculosis! The sensor uses black phosphorus to enhance performance and sensitivity.
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
October 23, 2025 at 4:08 AM
Researchers have developed a new, highly sensitive surface plasmon resonance #SPR #biosensor to detect #tuberculosis! The sensor uses black phosphorus to enhance performance and sensitivity.
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
Researchers have developed an acetone sensor using cotton textile decorated with gold #nanoparticles. This is a first step towards portable, sensitive, and user-friendly #EnvironmentalMonitoring devices for #VOC pollution.
For more, subscribe to our weekly emailer: ieee-sensorsalert.org
For more, subscribe to our weekly emailer: ieee-sensorsalert.org
October 22, 2025 at 11:50 AM
Researchers have developed an acetone sensor using cotton textile decorated with gold #nanoparticles. This is a first step towards portable, sensitive, and user-friendly #EnvironmentalMonitoring devices for #VOC pollution.
For more, subscribe to our weekly emailer: ieee-sensorsalert.org
For more, subscribe to our weekly emailer: ieee-sensorsalert.org
New cotton-based sensor uses gold #nanoparticles to detect acetone, a common volatile organic compound #VOC. It could form the basis for portable, sensitive, and user-friendly #EnvironmentalMonitoring devices! For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
October 22, 2025 at 5:10 AM
New cotton-based sensor uses gold #nanoparticles to detect acetone, a common volatile organic compound #VOC. It could form the basis for portable, sensitive, and user-friendly #EnvironmentalMonitoring devices! For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
New event-based encoding technique for surface electromyography #sEMG on a parallel ultralow-power #microcontroller unit (MCU) can model multifinger scenarios in #WearableElectronics with accuracy.
To learn more, subscribe to our weekly emailer: ieee-sensorsalert.org
To learn more, subscribe to our weekly emailer: ieee-sensorsalert.org
October 17, 2025 at 5:03 AM
New event-based encoding technique for surface electromyography #sEMG on a parallel ultralow-power #microcontroller unit (MCU) can model multifinger scenarios in #WearableElectronics with accuracy.
To learn more, subscribe to our weekly emailer: ieee-sensorsalert.org
To learn more, subscribe to our weekly emailer: ieee-sensorsalert.org
Researchers have developed an event-based estimation method to process high-density surface electromyography #sEMG through parallel ultralow-power #microcontroller units (MCUs) for use in #WearableElectronics.
To learn more, subscribe to our weekly emailer: ieee-sensorsalert.org
To learn more, subscribe to our weekly emailer: ieee-sensorsalert.org
October 16, 2025 at 5:15 AM
Researchers have developed an event-based estimation method to process high-density surface electromyography #sEMG through parallel ultralow-power #microcontroller units (MCUs) for use in #WearableElectronics.
To learn more, subscribe to our weekly emailer: ieee-sensorsalert.org
To learn more, subscribe to our weekly emailer: ieee-sensorsalert.org
♻️ Lead-free piezoelectric tech?
Researchers improved niobium-doped BZT-BCT thin films with a “poling” process, achieving up to 4x higher performance. A promising step toward replacing #toxic PZT in #sensors & harvesters.
📩 ieee-sensorsalert.org
Researchers improved niobium-doped BZT-BCT thin films with a “poling” process, achieving up to 4x higher performance. A promising step toward replacing #toxic PZT in #sensors & harvesters.
📩 ieee-sensorsalert.org
October 8, 2025 at 6:34 AM
♻️ Lead-free piezoelectric tech?
Researchers improved niobium-doped BZT-BCT thin films with a “poling” process, achieving up to 4x higher performance. A promising step toward replacing #toxic PZT in #sensors & harvesters.
📩 ieee-sensorsalert.org
Researchers improved niobium-doped BZT-BCT thin films with a “poling” process, achieving up to 4x higher performance. A promising step toward replacing #toxic PZT in #sensors & harvesters.
📩 ieee-sensorsalert.org
Researchers explore ways to enhance BZT-BCT, a promising lead-free material for #piezoelectric applications such as #EnergyHarvesters.
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
October 6, 2025 at 4:18 AM
Researchers explore ways to enhance BZT-BCT, a promising lead-free material for #piezoelectric applications such as #EnergyHarvesters.
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
For more updates, subscribe to our weekly emailer: ieee-sensorsalert.org
Detecting disease with a breath? The new SPYROX e-nose combines 8 sensors + optimized circuits to capture chemical “fingerprints” in human samples. Portable, affordable, and non-invasive, it could transform diagnostics.
📩Get the full paper: ieee-sensorsalert.org
📩Get the full paper: ieee-sensorsalert.org
October 3, 2025 at 4:10 AM
Detecting disease with a breath? The new SPYROX e-nose combines 8 sensors + optimized circuits to capture chemical “fingerprints” in human samples. Portable, affordable, and non-invasive, it could transform diagnostics.
📩Get the full paper: ieee-sensorsalert.org
📩Get the full paper: ieee-sensorsalert.org