17 hours ago · Please use one of the following formats to cite this article in your essay, paper or report: APA. Jain, Noopur. (2025, February 11). New Sensor Captures Biochemical Changes in Real Time, Boosting Medical Research.

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10 hours ago · Understanding how people move through the spaces where they live and work can make those environments safer and more efficient. But privacy concerns make traditional surveillance methods, like cameras, less than ideal. Two former MIT Media Lab researchers believe they’ve found a better way. Butlr ...

4 days ago · The developed semiconductor bioimage sensor. Image Credit: Toyohashi University of Technology. The sensor records the movement of hydrogen ions and lactate (neurotransmitters) in a solution as picture data by employing semiconductor technology to form a thin metal film that acts as a neurotransmitter-sensitive membrane on sensor pixels arrayed two-dimensionally in a 2 µm pitch.

6 days ago · Image Credit: muse studio/Shutterstock.com. A research team led by Prof. Kim Hoe Joon (Department of Robotics and Mechatronics), Dr. Jeong Soon Moon (Division of Energy and Environmental Technology), and Prof. Mishra (University of Southern Denmark) has developed a sensor that simultaneously generates electricity and light using motion and pressure—without relying on batteries.

4 days ago · Researchers at Penn State and Hebei University of Technology have made a breakthrough in the field of wearable sensors for healthcare monitoring, particularly when it comes to distinguishing multiple signals occurring simultaneously. Their work focuses on a new sensor material that enables precise and separate measurement of temperature and physical strain, a crucial development for accurately ...

5 days ago · The Latest Sensor Articles from across the Globe. AZoSensors is the world’s leading online publication for the Sensors community.

Jan 21, 2025 · The review highlights several key studies that informed the development of this innovative platform: Early Applications of Bacterial Biosensors: Previous designs utilizing spore-forming bacteria in paper-based MFCs demonstrated their potential for wearable applications.However, these systems were limited by one-time power generation and required pre-integrated chemical germinants for activation.

Nov 11, 2024 · A recent study describes a new sensor developed by researchers from China and South Korea. The sensor uses ultrathin (~88 nm) amorphous indium gallium zinc oxide (IGZO) nanofibers for wireless and real-time monitoring of human breath.

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