A new study from Pitt researchers challenges a decades-old assumption in neuroscience by showing that the brain uses distinct ...

Paradromics, which initially tested its chip in sheep, used its first in-human procedure to better understand how epilepsy ...

Neuroscientists can now make precise genetic tweaks to the neurons that are most affected by brain diseases such as Parkinson ...

The brain is like an ecosystem—thousands of different types of cells connect to form one big, interdependent web. This ...

Brad G. Smith, an ALS patient, regains communication abilities with a Neuralink implant, illustrating the potential of brain-computer interfaces in aiding speech impairments.

Researchers have developed a new suite of genetic tools for cell-type specific targeting to battle brain disease.

Scientists say they've put together a molecular toolkit that could be used to treat a variety of brain diseases, possibly ...

Apple is making strides towards a future where people control their iPhones with thoughts, using brain implants, according to a report in a leading American daily. This is similar to the vision of ...

Apple is turning that futuristic vision into reality with groundbreaking technology that lets paralyzed patients control their devices using brain signals. In a bold move toward accessibility, Apple ...

Apple is working on a way for people with physical disabilities to control devices with their thoughts. On Tuesday, the tech giant announced a partnership with brain-computer interface (BCI) company ...

Imagine controlling an iPhone or MacBook with nothing but thoughts. It may sound far-fetched, but Apple’s latest partnership suggests it could be closer than we think. The tech giant has teamed up ...

Smith's synthetic voice was created by analyzing old recordings made before his illness, allowing him to regain a voice for his thoughts and communicate in a voice similar to his own.