Temposonics’ Post

One of our cover images from 2023! A graphene-coated liquid metal droplet is combined with a laser-induced graphene (LIG) interdigitated electrode to realize a highly sensitive and robust inertial motion sensor. In addition, sensors to monitor temperature, humidity, and breathing patterns are successfully integrated into a multifunctional platform demonstrated for real-time monitoring of human health, physical activity, and soft human–machine interfaces. #SciArt

Sensing technology has evolved from rudimentary (like thermal sensors and strain gauges) to cutting-edge analytical systems (motion sensing accelerators, gyroscopes, etc.). This article explores sensor technology, including advances in various sensing parameters such as size accuracy and precision, and discusses potential and trends in sensor applications. Read it in full: https://bit.ly/3y0HeCL #TechnicalResources

Metrosensor electrodes: Precision is not accidental, but brought about by design! Metrohm offers a large portfolio of sensors for a vast array of applications, e.g., pH and ion measurements, titration, voltammetry, and much more. Find an overview of all sensors, accompanied by a section on the theoretical fundamentals, in our catalog: https://brnw.ch/21wJuC7 #Metrohm #chemistry #labequipment #labinstrument #labsensors #electrodes

Sensing technology has evolved from rudimentary (like thermal sensors and strain gauges) to cutting-edge analytical systems (motion sensing accelerators, gyroscopes, etc.). This article explores sensor technology, including advances in various sensing parameters such as size accuracy and precision, and discusses potential and trends in sensor applications. Read it in full: https://lnkd.in/ghn4CGNb #TechnicalResources

### The Emerging Field of Mycotronics Mycotronics, the integration of fungal organisms with electronic systems, is a novel and rapidly developing field at the intersection of biology and technology. By harnessing the unique properties of fungi, such as their ability to conduct electrical signals and grow into complex networks, researchers are creating innovative biohybrid devices. Recent advancements include the development of fungal batteries, sensors, and even bio-computers that utilize fungal mycelium for processing information. Mycotronics offers promising applications in sustainable technology, environmental monitoring, and biocomputing, providing eco-friendly alternatives to traditional electronic components. #Mycotronics #BiohybridTechnology #SustainableInnovation

A chip-less fiber that works by capturing and using electromagnetic energy in the air and using the body as a circuit - imagine keyboard in your sleeve or a display that changes color based on certain symptoms! That too without the need for extra chips or batteries! The 3 layered fabric with one serving as a core, triggering an electromagnetic field another serves as a dielectric layer that holds electromagnetic energy obtained from the human body and the third works as an optical layer to visualize the electric field. #TechofTheTownDTT #CyientifiQ #Cyient #Technology #Megatrends #DesigningTomorrowTogether #CyientMegatrends #future #technology #science

Sensing technology has evolved from rudimentary (like thermal sensors and strain gauges) to cutting-edge analytical systems (motion sensing accelerators, gyroscopes, etc.). This article explores sensor technology, including advances in various sensing parameters such as size accuracy and precision, and discusses potential and trends in sensor applications. Read it in full: https://lnkd.in/gYRbkE7b #TechnicalResources

Sensing technology has evolved from rudimentary (like thermal sensors and strain gauges) to cutting-edge analytical systems (motion sensing accelerators, gyroscopes, etc.). This article explores sensor technology, including advances in various sensing parameters such as size accuracy and precision, and discusses potential and trends in sensor applications. Read it in full: https://lnkd.in/gXPKMUMY #TechnicalResources

New device precisely controls photon emission for more efficient portable screens https://lnkd.in/e5cNnNvP

My 2nd paper in RSC Materials Advances is online now .https://lnkd.in/dSnaPFxJ short summary:strain sensor based on hydrogels loss it's functionalities at subzero temperatures. Some hydrogels even dry at room temperatures due to significant amount of water dehydration from it's 3D network structure. To overcome these issues and make significant advances in real time human movement detections, herein, we fabricate organohydrogels based strain sensors for real time human movement detections, strain sensing and durability under subzero temperatures. #stretchable #hydrogels #flexible #sensors #antifreezing #orgaohydrogels #soft #matter