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Conceptual analysis reveals a nonlinear dynamics framework for cross-disciplinary learning, indicating that cultivating metastable critical states preserves cognitive mobility across paradigms.
This discussion paper introduces criticality learning as a preliminary framework for thinking about exploratory, interdisciplinary, and cross-framework learning through the conceptual language of nonlinear dynamics. Disciplines, theories, religious traditions, and value frameworks can develop relatively stable conceptual grammars that organize what questions are salient, what relations become visible, what counts as an adequate explanation, and how new knowledge is generated. Such structures can be provisionally understood as epistemic attractors. Entering an attractor can support depth, precision, and sustained disciplinary generation. At the same time, increasingly stable attraction can reduce sensitivity to alternative grammars and make one local framework appear to constitute the background structure of inquiry itself. Criticality learning concerns the deliberate cultivation of an epistemic state in which a learner can approach and enter multiple attractor-like structures while preserving the capacity to return to a comparatively open region of inquiry. The relevant critical state is therefore understood as a metastable and generative condition rather than a fixed point. Learning proceeds through repeated movements of immersion, awareness, return, and recombination. Each disciplinary excursion can transform the learner, while return permits the newly acquired grammar to be situated among other possible grammars and to participate in subsequent acts of comparison and creation. The returned state is consequently different from the state that preceded the excursion. The paper develops three capacities that are especially important to this process. Attractor awareness concerns the learner's capacity to notice when a disciplinary, conceptual, affective, or identity-based structure is acquiring increasing control over the available space of interpretation. Epistemic returnability concerns the preservation of a learner's capacity to leave a locally dominant framework and re-enter a space from which other forms of inquiry remain accessible. Re-recognition concerns the capacity to encounter concepts, values, and possible worlds again after one's own epistemic structure has already been transformed by prior learning. Together, these capacities support forms of learning in which commitment and specialization remain compatible with continued epistemic mobility. Criticality learning is proposed particularly for contexts in which the generation of new questions, comparison across heterogeneous systems, and creative recombination are important, including interdisciplinary inquiry, comparative religious study, international relations, and other value-heterogeneous fields. The paper treats nonlinear dynamics as a conceptual and methodological resource rather than as an empirical claim that human learning literally follows a specified physical dynamical system. Its aim is to establish a preliminary vocabulary for examining how learners may enter knowledge structures deeply enough to be transformed by them while preserving the conditions for subsequent return, re-recognition, and further generation.
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Wanhong HUANG (2026) studied this question.
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