The sensor uses near-infrared spectroscopy (NIRS) to track blood flow changes in the front brain, with the aim of providing users with feedback on brain activity while performing various exercises.

A new sensor technology continuously tracks a wide range of metabolites, unlocking fresh insights into health, disease, and ...

Miao Jing’s research into genetically-encoded neurotransmitter sensors is a great example of talent incubation at The Chinese Institute for Brain Research, Beijing (CIBR). Jing, one of CIBR’s ...

The Muse S Athena headband uses several sensors to collect brain activity data, and allows you to control a game with your mind. It's as sci-fi as tech gets.

Above: A wearable, 128-sensor retention system that ensures sensor-to-head contact for imaging the brain. Top Image: Team members from left to right: Andrew Cope, Daniel Katzman, David Martin, Aaron ...

Muse by Interaxon, a neurotechnology startup, unveiled Muse S Athena, a consumer wearable that can deliver advanced cognitive fitness insights.

A pioneering study investigating the brain activity of dogs during scent detection has unveiled crucial insights into their ...

A technology developed by the Brazilian company brain4care has been shown to be able to measure absolute values of ...

The new sensors are sleek and flexible, made from very thin, crystal-like film that generates electricity when it bends or ...

The first consumer wearable to combine EEG and fNIRS, tracking brain activity and blood flow for deeper cognitive insights and training Athena transforms real-time brain activity into actionable ...