Abstract Brain-chip-interfaces (BCHIs) are hybrid entities where chips and nerve cells
establish a close physical interaction allowing the transfer of information in one or both …

Brain-chip-interfaces (BCHIs) are hybrid entities where chips and nerve cells establish a
close physical interaction allowing the transfer of information in one or both directions …

The technological ability to capture electrophysiological activity of populations of cortical
neurons through chronic implantable devices has led to significant advancements in the …

Existing brain-machine interfacing techniques allow either high precision recordings from
one or a few single neurons, or low spatial resolution recordings with a sparse sampling …

Most of us take for granted the complex functions that our brains perform every day to enable
us to think, move, and sense, but there are many diseases and disorders that affect them …

An overview and introduction is given concerning CMOS chips used for neural tissue
interfacing. Some basics in the biological domain are discussed as well as extracellular …

The electrical interfacing with cultured networks of neurons by means of multielectrode
arrays (MEAs) is an area of intensive research given the potential of this technique to aid in …

We consider the direct electrical interfacing of semiconductor chips with individual nerve
cells and brain tissue. At first, the structure of the cell‐chip contact is studied. Then we …

One of the dreams of neuroengineers is building a human brain. More realistically, building
an accurate model of the brain with thousands of neurons synaptically connected to be used …

This Perspective examines the status of large-scale cortical interfaces through the lens of
potential applications to active implants for brain-machine interfaces. Examples of research …