Symbolic-Modular Model of Assisted Cognition: Foundations and Structure of the Nemosine Nous System

Abstract

This study presents the Nemosine System, a symbolic-modular model of assisted cognition developed as a conceptual architecture for mental organization, metacognition, and support for tasks involving analysis, writing, and decision-making. The system is structured into functional modules that operate in a coordinated manner, guided by principles of internal coherence, ritualization, and cognitive personalization. The construction methodology included theoretical analysis, structural modeling, systematic documentation, and an exploratory evaluation with 21 participants, whose results indicated high perceived clarity, an intuitive understanding of the persona-based division, and usefulness in organizing thoughts and expanding perspectives. The proposal contributes to the field of applied cognitive architectures by offering an operational model that is accessible both for individual use and for future computational implementations.