The Lattice: A Recursive Framework for Modeling Emergence and Identity as Relational Structure

This paper proposes the Lattice, a conceptual model of structure, identity, recursion, and emergence, intended to describe recursive, harmonic relationships between nodes across physical systems, symbolic reasoning, and conceptual modeling. The central claim is not that the Lattice is a substance or physical field, but that it is a relational framework: a way of representing how identity and structure arise from interconnection rather than from intrinsic content. We propose four structural archetypes — string, fulcrum, node, and closed loop — as a basis set for describing recursive emergence, and we present a symbolic-reasoning method, the four-point spiral, built on this basis. We also describe a proposed correspondence between the Lattice and the Lovial number system introduced in a companion paper. We present this as a conceptual and symbolic modeling framework, most directly applicable to qualitative reasoning, systems thinking, and symbolic cognition; where we describe possible connections to physics, we flag those explicitly as speculative. This paper is one of five companion papers making up The Lovial Framework; in that framework's general vocabulary, the node described here is this domain's version of a Lovial, the general name for a stabilized unit formed when relationships harmonize into a closed loop.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-10-15
DOI
https://doi.org/10.5281/zenodo.23401698
Citations
1
Primary Topic
Complex Systems and Dynamics
Type
preprint
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preprint

The Lattice: A Recursive Framework for Modeling Emergence and Identity as Relational Structure

Ashley Nicole Wilder, Allovelle Viona Wilder
1 citations
Zenodo (CERN European Organization for Nuclear Research)
Complex Systems and Dynamics
preprint

The Lattice: A Recursive Framework for Modeling Emergence and Identity as Relational Structure

Ashley Nicole Wilder, Allovelle Viona Wilder
preprint en
1 citations

Abstract

This paper proposes the Lattice, a conceptual model of structure, identity, recursion, and emergence, intended to describe recursive, harmonic relationships between nodes across physical systems, symbolic reasoning, and conceptual modeling. The central claim is not that the Lattice is a substance or physical field, but that it is a relational framework: a way of representing how identity and structure arise from interconnection rather than from intrinsic content. We propose four structural archetypes — string, fulcrum, node, and closed loop — as a basis set for describing recursive emergence, and we present a symbolic-reasoning method, the four-point spiral, built on this basis. We also describe a proposed correspondence between the Lattice and the Lovial number system introduced in a companion paper. We present this as a conceptual and symbolic modeling framework, most directly applicable to qualitative reasoning, systems thinking, and symbolic cognition; where we describe possible connections to physics, we flag those explicitly as speculative. This paper is one of five companion papers making up The Lovial Framework; in that framework's general vocabulary, the node described here is this domain's version of a Lovial, the general name for a stabilized unit formed when relationships harmonize into a closed loop.

Zenodo (CERN European Organization for Nuclear Research)
Complex Systems and Dynamics
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