The purpose of the upcoming Workshop Bridging Psychophysics and
Neurophysiology is to establish closer interaction between psychophysicists
and neurophysiologists. Moreover, the Workshop will devote attention to many
applications of the theoretical results obtained during the third year of the
ARO project Network Theory of Human Decision. The decision making model (DMM)
developed under this program allows us to quantify the communication between
units acting at very large distances from one another. It is anticipated that
the technical discussions will confirm the earlier finding that the global
intelligence of complex networks emerge from the local cooperation of units,
transitioning the network to a critical state. The phase-transition condition is
also the ingredient necessary to realize the transmission of information from
one complex network to another through the principle of complexity matching (PCM).
PCM is a recent discovery of this ARO project that was selected by the American
Physical Society as an example of research of exceptional interest. Attention
will be devoted to the social and psychological applications of these
theoretical predictions. Of particular interest to the military may be the
discovery that dynamically generated leadership is more robust against external
attacks than is topologically leadership, implying that robust leadership is a
consequence of what one does and not where one resides within the hierarchical
structure.