ABSTRACT

This paper proposes a general theory of neuronal computation that aims to account for a range of cognitive phenomena. The central concept of the theory, that of "software re-use", is borrowed from the field of software engineering. Put simply, it states that processes from the sensory-motor domain provide the computational foundation for language and cognition. Within this framework, creative cognition can be viewed as the appropriation of computational resources from one domain and their application to another. More radically, it is proposed that this form of creativity is not just an optional extra, but is the driving force in the construction of our cognitive and linguistics systems. Empirical and simulation evidence is adduced to support the re-use proposal. Finally, a number of testable hypotheses are proposed.

KEYWORDS: neuronal computation, language, cognition