Despite its century-old use, the interpretation of local field potentials (LFPs), the low-
frequency part of electrical signals recorded in the brain, is still debated. In cortex the LFP …

Abstract Microelectrode arrays (MEAs), substrate-integrated planar arrays of up to
thousands of closely spaced metal electrode contacts, have long been used to record …

Microelectrode arrays used to record local field potentials from the brain are being built with
increasingly more spatial resolution, ranging from the initially developed laminar arrays to …

Local field potentials (LFP), the low-frequency part of extracellular electrical recordings, are
a measure of the neural activity reflecting dendritic processing of synaptic inputs to neuronal …

Despite the widespread use of current‐source density (CSD) analysis of extracellular
potential recordings in the brain, the physical mechanisms responsible for the generation of …

The recent development of large multielectrode recording arrays has made it affordable for
an increasing number of laboratories to record from multiple brain regions simultaneously …

One of the challenges of modern neuroscience is integrating voluminous data of diferent
modalities derived from a variety of specimens. This task requires a common spatial …

Local field potential (LFP), the low-frequency part of the potential recorded extracellularly in
the brain, reflects neural activity at the population level. The interpretation of LFP is …

Local field potentials have good temporal resolution but are blurred due to the slow spatial
decay of the electric field. For simultaneous recordings on regular grids one can reconstruct …

A resurgence has taken place in recent years in the use of the extracellularly recorded local
field potential (LFP) to investigate neural network activity. To probe monosynaptic thalamic …