Carnegie Mellon researchers developed "DeepFocus," a new method for brain stimulation that combines transnasal and transcranial electrical stimulation for minimally invasive targeting of deep brain ...

Researchers from Carnegie Mellon University and Allegheny Health Network have developed a new method for deep brain ...

Brain scientists have developed DeepFocus, a novel technique to reach the deep brain without invasive surgery to treat mental ...

When we think of brain-computer interfaces (BCIs) that use electrodes, we usually think of Utah arrays that are placed directly on the brain during open brain surgery, or with thin electrodes ...

In the third episode of The Deep End, Jon shares how DBS surgery went and how he and other volunteers felt in the days and weeks afterward.

Electrodes at multiple brain regions reveal brain activity in real time. Colored dots show the locations of all of the electrodes across all patients, color-coded by brain region. Red dots in the ...

Neuralink's brain implant chip, 'the Link,' connects human brains to computers, aiding those with paralysis in movement ...

But methods are often imprecise and affect large parts of the brain. Sometimes, metal electrodes are needed to hit the right part of the brain, which entails a risk that the hard electrode instead ...

A UC San Diego-led team's project to develop next-generation brain implants builds on the development of this transparent ...

Electrical waveform and electrode placement had marked cognitive effects. Sine wave stimulation resulted in pronounced slowing of reaction time, both immediately and 6 months following ECT.

In addition, only 88 of the electrodes caused visualization in the patient, so any scheme had to map around the “dead pixels.” While we don’t think brain prosthesis design is a wise area for ...