Title:
Cognition Under Conditions of Persistent Interpretive Instability

Authors:
Aslak Molvær, Dr. Robb Shawe, USA

Abstract:

Contemporary information environments are characterized by persistent ambiguity, competing interpretations, and temporal fragmentation. Under such conditions, the expectation that cognition converges on stable, coherent meaning becomes increasingly difficult to sustain.

Building on the premise that interpretive instability constitutes a baseline condition of cognition in such environments, this paper focuses on how cognitive processes remain operational within that condition rather than how stability is achieved.

To address this, the paper introduces a set of interrelated constructs that describe the internal dynamics of cognition under persistent interpretive instability. Cognitive Superposition refers to a state in which multiple, potentially incompatible interpretations are maintained simultaneously without premature closure. Cognitive Pareidolia describes the tendency toward early pattern formation, where ambiguity is resolved through premature interpretive fixation. Metacognitive Friction captures the awareness of unresolved interpretive tension.

The paper further introduces Cognitive Gyroscope as a stabilizing capacity, and Cognitive Gyroscoping as its continuous operational expression. Together, they describe how cognition maintains directional coherence without requiring interpretive resolution. These processes are structured through Temporal Adaptive Frames, which organize cognition across past, present, and anticipated future states, enabling continuous reweighting of interpretation.

The paper argues that cognition in complex information environments is more accurately understood as an ongoing capacity to maintain orientation within instability through dynamically stabilized and temporally structured processes, rather than as a progression toward singular, stable meaning.

DOI: http://dx.doi.org/10.51505/ijaemr.2026.11233