This page collects peer-reviewed manuscripts and preprints developed within the Convergence Sciences research program. The papers span foundational theory, applied systems analysis, neuroscience, health care, and human development, with a shared focus on coherence, adaptation, and cross-scale structure.
Peter Brunzelle
Preprint, December 18, 2025
A unifying dynamical framework proposing coherence as an organizing principle across scales, formalized through gradient-flow dynamics and applied to physical, biological, and complex adaptive systems.
Peter Brunzelle
Preprint, December 12, 2025
Introduces a coherence-based analytic framework for diagnosing fragmentation and inefficiency in health systems, with implications for cost, outcomes, and structural reform.
Peter Brunzelle
Preprint, December 11, 2025
Demonstrates how hierarchical coherence enables robust phase-amplitude coupling across diverse model classes, offering a coherence-first explanation for empirically observed PAC phenomena.
Peter Brunzelle
Preprint, December 8, 2025
Presents Convergence Field Theory, a field-theoretic approach to coherence that integrates physical, biological, and cognitive systems within a unified mathematical and conceptual structure.
Peter Brunzelle
Preprint, December 8, 2025
Introduces the Systemic Coherence Function (SCF) as a quantitative measure of coherence, formalized via gradient-flow dynamics and applicable across complex systems.
Peter Brunzelle
Preprint, June 9, 2025
Describes an integrative therapeutic and developmental framework emphasizing coherence, adaptability, and fluid identity restructuring in recovery and personal growth contexts.
Additional frameworks and assessment tools associated with this work are described elsewhere on the site.
© 2025 Convergence Sciences. Content licensed as noted.
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