It is proposed that distinct anatomical regions of cerebral cortex and of thalamic nuclei are
functionally two-dimensional. On this view, the third (radial) dimension of cortical and …

In the words of the author,"... our objective has been to discover a physical system, or
abstract model, which will be capable of" perceiving" its environment, and learning to …

Both spontaneous and evoked potentials measured on the surface of the head are believed
due to postsynaptic potentials in vertically oriented neurons in the cortex. Potential …

We study a neural network consisting of model neurons whose efferent synapses are either
excitatory or inhibitory. They are densely interconnected on a local scale, but only sparsely …

It is increasingly being recognized that the experimental and theoretical study of the complex
system brain requires the cooperation of many disciplines, in cluding biology, medicine …

Every field of science relies on having its trusted sources of knowledge, the books that unite
investigators with a common language and provide them with the basic toolbox for …

A set of nonlinear continuum field equations is presented which describes the dynamics of
neural activity in cortex. These take into account the most pertinent anatomical and …

Anatomical and physiological evidence is cited for the existence in the CNS of more or less
discrete populations of interconnected neurons. These are given the term netlets. A model …

The research of event-related oscillations is one of fast-growing fields in neuroscience. In
this study, a theory of the “whole-brain-work,” which can be useful for functional …

A theory of brain functioning is proposed based upon an analogy to optical holographic
processes. There are many properties which holography potentially offers to …