The optoCONTROL CLS1000 series of fibre optic sensors from MicroEpsilon reliably and precisely detect oil leaks in the event of seal failure. At Linde Material Handling, for example, a shaft seal ring ...

IIIT Hyderabad & KAUST researchers develop low-cost, flexible material for healthcare, robotics, and wearable sensing applications: Our Bureau, Bengaluru Friday, October 3, 2025, ...

A new Google patent reveals plans for an AI assistant activation method that triggers Gemini when the phone detects a user's face nearby. This system leverages capacitive sensors, potentially ...

The post Google Gemini AI Assistant May Soon Activate by Face Proximity appeared first on Android Headlines. This article may contain affiliate links that Microsoft and/or the publisher may receive a ...

A starch and MXene hydrogel combines stretchability, self-healing, conductivity, and biodegradability, enabling wearable sensors that track motion, support communication, and decompose safely in soil ...

Bubble-induced polydimethylsiloxane (PDMS) foam paired with conductive textile electrodes can be engineered into capacitive pressure sensors accoridng to IITH-KAUST ...

Abstract: In this article, an ultrahigh -sensitivity microwave liquid sensor based on a 3-D comb-shaped capacitive (CSC) structure is developed for detecting the relative permittivity of liquid ...

NGage closes gaps with an innovative piezoresistive nano-gauge detection technology—10 times more sensitive and twice as compact as traditional capacitive MEMS ...

NGage announced it has raised €6 million ($7M) in first-round funding to accelerate commercialisation of its breakthrough technology.

Researchers at IIIT Hyderabad and KAUST have developed low-cost, flexible capacitive pressure sensors using PDMS foam and cotton textiles. These scalable sensors, published in IEEE, are highly ...

Fab-less inertial MEMS company iNGage has raised €6m in first-round funding towards commercialising the six-axis gyro-accelerometer ICs that it claims will be suitable for short-term navigation.

Real-time monitoring of cell detachment remains challenging, however, despite being critical for timely bioreactor transfer and scale-up. This is because conventional monitoring methods are reliant on ...