… insight into the origin and mechanisms of cognition. Here, cognition is not restricted to advanced
… The focus on bioelectricity below, as a kind of tractable cognitive glue, is one facet of a …

… the competencies of bioelectric networks’ control of spatial pattern during morphogenesis
into nervous systems’ control of temporal patterns during behavior in a 3D space [96,97]. …

… networks and non-neural somatic bioelectrical networks (… The functional isomorphism between
patterning and cognitive … , the essential glue that creates a cognitive Self is dissolved. By …

… networks and non-neural somatic bioelectrical networks (… The functional isomorphism between
patterning and cognitive … , the essential glue that creates a cognitive Self is dissolved. By …

… Bioelectricity as the interface to multicellularity Bioelectric networks: a cognitive glue
Conventional cognitive systems operate in problem spaces, and with goals, unknown to their parts. …

… coupling with genetic mechanisms, bioelectric networks of potentials influence biological …
glues \(a^{\prime }\) and \(b^{\prime }\) on top and bottom and the output nodes have glues a …

… Here we explore how bioelectrical networks … bioelectricity and transcription contribute to
the spatio-temporal integration of a multicellular aggregate. The interplay between bioelectrical …

… For this reason, most bioelectronic devices base their … , an electrode network—capable of
sensing bioelectricity—has … without the need of sutures or tissue glue. Moreover, it is capable …

… Coupled CRG networks are employed to emulate and elucidate the dynamics of biological
neural networks, including the recurrent networks in the hippocampus. Several species of …

… , cognition, evolution, and biotechnology from a multi-scale perspective on the nature and
scaling of the cognitive … The hypotheses about how bioelectric networks scale cell computation …