How do you detect a threat you can’t see? @MIT has tested 16 sensors in the NYC subway and found the best way to spot airborne dangers underground. 🚇 #NYC #AzoSensors https://t.co/jbpRt9N3gz

Inside a high pressure diamond cell, 2D boron-vacancy sensors excel. A new study shows 3x more sensitivity in these devices compared to traditional nitrogen-vacancy sensors. #Sensors #2Dtech https://t.co/Mcuge9YtJc

Scientists have built a compact laser “comb” that can detect chemicals with extreme #precision with light. 💡 It works at room temp, fits on a chip, and could transform environmental monitoring. #AzoSensors https://t.co/Jf84amqai3

How is microfluidic technology impacting biosensors? Find out here: https://t.co/1HbfXJsdPV

Forget colonoscopies and endoscopies. This new ultrasound method, published in @Nature, could remove the need for invasive procedures when diagnosing IBD! #AzoSensors https://t.co/LhaBuNzBDw

Using biodegradable chitosan, titanium dioxide, and #graphene oxide, researchers have developed a sustainable sensor for environmental monitoring, and more. #AzoSensors https://t.co/lBEAe4VhQN

Driverless vehicles sound like a road safety nightmare. But, smart #sensors are making automated cars intelligent, with communication networks and #AI algorithms predicting and preventing accidents. Here's how -> https://t.co/qfFOaB2zPc

Teeny tiny liposomes acting like nanoscale sensors deliver drugs on cue—when triggered by safe ultrasound. Could be big for precision therapeutics! #AzoSensors 🔊💊 https://t.co/cD19w920vY

Sports science will benefit from non-invasive sweat #sensors. A recent study shows they accurately track anaerobic threshold. How long til we see this tech in wearables? #AzoSensors 💦📊 https://t.co/GFSIsdVhmz

A new lightweight U-Net model cuts computational load by over 50%. In wearable tech, this means greater accuracy and efficiency, aka your smartwatch doesn't run out of charge and actually measures your heart rate correctly! #WearableTech https://t.co/RbmxD23FLb

Plasmonic #sensors use light–electron interactions for ultra-fast #detection of chemical and biological threats. Explore their advantages, applications, and future potential. #AzoSensors https://t.co/f2gMDXlyeW

A reduced graphene oxide #biosensor could enable ultra-sensitive and selective detection of E. coli. Its sensitivity could have an impact anywhere from clinical applications to food safety! #AzoSensors https://t.co/NEtXNMMZBK

Safe Ultrasonic Thickness Measurement https://t.co/I3ng0yvRHG

Improving Safety with Ultrasonic Thickness Measurement https://t.co/RMUR6bV5Re

Scientists have built a stretchable “artificial skin” #sensor that feels pressure while detecting molecules in a range of materials, from biological tissue to fruit pulp. 🍎🔬#AzoSensor https://t.co/nUyM3ZBZPB

A new diamond-based #sensor offers ultra-sensitive detection of metastasis. It could help doctors diagnose #cancer earlier, and prevent the deadly spreading of tumor cells. #AzoSensors https://t.co/zt9TNZDqpR

Paper that smells? Yep. A new #sensor provides a cheap, accurate, and simple alternative to e-Noses, detecting poisonous gases within minutes. #AzoSensors https://t.co/Ucp0v5zu3O

Old machines, new tech.⚙️📡 IoT #sensors can revitalize older factory gear, improving efficiency, predicting breakdowns, and providing real-time data. #AzoSensors #IoT #SmartFactorieshttps://www.azosensors.com/article.aspx?ArticleID=3235

MIT researchers have created a shape-shifting meta-antenna that adjusts frequency by bending or stretching—no moving parts needed. Potential uses? Smart wearables, AR, lighting, and more. Bonus: it doubles as a sensor. #metamaterials #IoT #MIT https://t.co/GlpHkNkdR6

SLAC’s million-pulse X-ray laser could unlock the secrets of #quantum and chemistry. Resolution is so impressive scientists can watch mini movies on the atomic scale! #AzoSensors ⚛️📸 https://t.co/ErTGShEQz3