This page has links to current research on neurodynamics to appear in Winter 2016 in a publication in by Springer. The paper KIII-ID Theory is a technical paper that presents a new mathematical approach to modeling complex dynamics such as found in the human brain. The paper KIII Proof of Concept is a paper that explains how we implemented the KIII Mesoscopic Wave-Pulse Theory in a tennis venue.

Brown, R. [2014] "Proving a Neurodynamical Theory" to appear as a chapter in Cognitive Phase Transitions in the Cerebral Cortex - Enhancing the Neuron Doctrine by Modeling Neural Fields in the Springer series Studies in Systems, Decision and Control 2016

Brown, R., and Hirsch, M. W., [2014] "Stretching and Folding in the KIII Neurodynamical Model" to appear as a chapter in
Cognitive Phase Transitions in the Cerebral Cortex - Enhancing the Neuron Doctrine by Modeling Neural Fieldsin the Springer series Studies in Systems, Decision and Control 2016
to appear as a chapter in

Follow-on research is focusing on (1) identifying fundamental primitive mesoscopic components in native tribes and mammals animals; and, (2) tracing these components, which may be signal generators, to everyday actions of modern humans.

The KIII theory is also being implemented in an academic program,