A new paper-based design tool creates self-folding wearable sensors that conform to body shapes, offering a simple route towards flexible biosignal monitoring for personalised...
A new tactile sensing system inspired by rat whiskers could help endoscopes detect tissue texture, shape and contact forces beyond conventional visual imaging in...
The new investment will support advanced image sensors, integrated computing and machine vision applications while expanding commercial activity across medical, industrial and physical AI...
Researchers have developed a framework explaining signal amplification in organic electrochemical transistor biosensors, supporting more predictable, sensitive and durable bioelectronic sensing platforms for molecular...
Palm-sized split-core sensors combine high measurement accuracy, wide bandwidth, and clamp-on installation for demanding current-monitoring applications.
Accurate current measurement in confined spaces is becoming increasingly...
Diamond-based quantum sensors could deliver highly sensitive measurements, helping scientists investigate magnetic fields, fundamental physics and difficult environments across space and beyond.
The US Department...
A sensor measures component movement without touching the surface, including inside systems that face high heat, pressure, and vibration.
Measuring the movement of components inside...
New plant-wearable electronics could help farmers monitor water movement, detect drought stress and improve crop management without damaging delicate plant tissues.
Plant-wearable electronics are emerging...
A cellulose-based hydrogel continues sensing movement in extreme cold, offering a flexible approach to wearable electronics, robotics and human-machine interfaces.
Researchers have developed a 3D-printed...
Multimodal ear sensors could provide continuous energy-expenditure estimates during outdoor activity, offering a compact alternative to conventional wearables and chest straps for future monitoring...