Objective. The Utah array is widely used in both clinical studies and neuroscience. It has a
strong track record of safety. However, it is also known that implanted electrodes promote …

Objective. Carbon fiber electrodes may enable better long-term brain implants, minimizing
the tissue response commonly seen with silicon-based electrodes. The small diameter fiber …

Objective. Brain–machine interfaces (BMIs) have the potential to restore motor function but
are currently limited by electrode count and long-term recording stability. These challenges …

Objective. Brain functions such as perception, motor control, learning, and memory arise
from the coordinated activity of neuronal assemblies distributed across multiple brain …

Objective. Brain–machine interfaces (BMIs) have shown promise in extracting upper
extremity movement intention from the thoughts of nonhuman primates and people with …

Brain-computer interfaces (BCIs) have the potential to restore hand movement for people
with paralysis, but current devices still lack the fine control required to interact with objects of …

The octopus has many features that make it advantageous for revealing principles of motor
circuits and control and predicting behavior. Here, an array of carbon electrodes providing …

Objective. While brain–machine interfaces (BMIs) are promising technologies that could
provide direct pathways for controlling the external world and thus regaining motor …

Offline decoding of movement trajectories from invasive brain-machine interface (iBMI) is a
crucial issue of achieving cortical movement control. Scientists are dedicated to improving …

The loss of an upper extremity is a devastating injury that severely affects a person's ability
to interact with the world around them. Hands remain our primary mechanisms for tool use …