To figure out if there’s a grain of truth to all these anecdotes, a team of German scientists at the Hamburg University, led ...

When Jocelyn Leitzinger had her university students write about times in their lives they had witnessed discrimination, she noticed that a woman named Sally was the victim in many of ...

EEG biosensors are non-invasive devices that detect and record ... Their growing application scope, coupled with advancements in wireless technology and signal processing algorithms, is reshaping how ...

A team of researchers from the University of Maryland, the University of Glasgow and Nokia Bell Labs, Cambridge, is working to change that—starting with something millions of people already own: ...

A theater-based immersive neuroaesthetics research program led by Tsinghua University that synchronously captures the neural ...

Discover the future of brain monitoring with a 3D-printable electrode that resembles a single strand of hair. Developed by Penn State University, this innovative device offers reliable EEG signal ...

Decoding silent reading Electroencephalography (EEG) signals is challenging because of its low signal-to-noise ratio. In addition, EEG signals are typically non-Euclidean structured, therefore merely ...

Objective Establish if serial, multichannel video electroencephalography (EEG) in preterm infants can accurately predict 2-year neurodevelopmental outcome. Design and patients EEGs were recorded at ...

Conclusion: In the field of EEG signal processing, attention models that combine reinforcement learning principles can focus on key features, automatically filter out noise and redundant data, and ...

These cute hats are helping scientists unlock the mysteries of pain with the help of advanced brain-monitoring technology — without the need for sedation or discomfort. In fact, the hats are playing ...