Evolution of Insight and the Formation of Protognosis: A Conceptual Model of Cognitive Transitions.

This work proposes a conceptual model for understanding insight not as an instantaneous cognitive event, but as a structured, temporally extended process involving intermediate states of partial stabilization. While existing approaches in cognitive science primarily focus on either the outcomes of cognition or isolated functions such as memory and attention, they often leave insufficiently described the transitional dynamics through which implicit cognitive content becomes explicit knowledge. This gap limits the ability to systematically analyze how insights emerge, persist, and develop over time. To address this limitation, the present study introduces the concept of protognosis — an intermediate cognitive state in which initially implicit, unstable insights acquire partial structure, recognizability, and internal accessibility, while remaining insufficiently formalized for explicit articulation. The proposed framework is based on a three-stage transition model: intuition → protognosis → methodological fixation. Within this model, intuition corresponds to the detection of latent patterns without explicit representation; protognosis represents a state of partial stabilization; and methodological fixation denotes the formation of structured, communicable knowledge. A central contribution of the work is the formalization of the stabilization mechanism underlying protognosis. This mechanism is described in terms of repeated activation and the progressive formation of associative and semantic connections, leading to increased coherence, persistence, and accessibility of cognitive content. Importantly, the model does not posit new cognitive functions, but reinterprets the coordination of known processes as a unified transitional dynamic. The framework is grounded in a widely recognizable cognitive phenomenon: the ability to return to an idea, recognize it, and continue working with it despite the inability to fully articulate it. This phenomenon is interpreted as an instance of protognosis, providing an experiential anchor for the theoretical model. The study also examines the role of contextual factors — including attentional states, emotional context, subjective sense of incompleteness, and environmental conditions — in shaping the emergence and stabilization of protognosis. Although the model remains conceptual and does not directly address neurophysiological mechanisms, it provides a structured basis for integrating subjective cognitive experience with analytical description. By shifting the focus from static cognitive states to transitional processes, the proposed approach offers a foundation for further investigation of insight formation, cognitive productivity, and creative thinking.