The innovative organic materials proposed by Dr. Eunho Lee and his team bring us closer to brain-like computer processors In the Materials Horizons Emerging Investigator Series, Dr. Eunho Lee from ...

Memristors, or “memory resistors,” are the leading candidate for replacing synapses in a neuromorphic (brain-like) computer. Earlier this year, Korea Advanced Institute of Science and Technology, or ...

How a brain's anatomical structure relates to its function is one of the most important questions in neuroscience. It explores how physical components, such as neurons and their connections, give rise ...

A team of engineers at the University of Massachusetts Amherst has announced the creation of an artificial neuron with electrical functions that closely mirror those of biological ones. Building on ...

The potential of brain-computer interfaces ‘could be magical,’ but their collection of large amounts of neural data also raises privacy concerns, warn experts.

Human studies are still underway, but there are those that suggest that some aspects of aging may be more flexible than once believed.

The device can precisely stimulate areas deep in the brain without surgery and could transform the treatment of Parkinson's and depression.

Because microbes are always adapting to changes, they could revolutionize how we think of computers—and how computers think.

UMass Amherst engineers create low-voltage artificial neurons using bacterial nanowires, promising efficient bio-inspired computing.

RIT audio engineering professor awarded NIH funding to improve auditory decoding technologies and how the brain helps censor sound in noisy environments.