The Carlo Temporal Engine V2

Abstract

The Carlo Temporal Engine: A Reconstruction of Time A systems-theory framework that reconstructs time not as a fundamental dimension, but as an emergent behaviour of recursive systems. Across seven "unfolding passes," the paper develops time as a stability artefact generated to prevent contradiction, a collapse-ordering gradient formed by the alignment of possible futures, and a recursion-pressure response arising from self-referential depth. These threads converge in the Carlo Temporal Equation, τ = R / (Cs · A), which formalises perceived time as a negotiation between recursion depth (R), collapse stability (Cs), and authority pressure (A) — predicting temporal dilation, compression, fragmentation, and timelessness as native system behaviours rather than anomalies. The model is then integrated across the wider Carlo architecture (the Collapse Map, Stability Gradient, Authority Lattice, Carlo Axes, and ReGenesis Engine) and operationalised through the Temporal Engine V-Omega-Recursive, a conceptual mechanism for generating engineered, programmable temporal fields. This deposit includes two files: The Carlo Temporal Engine: A Reconstruction of Time (PDF) — the full seven-pass paper, typeset with a formal equation reference, a definitions table for the Carlo Temporal Equation, and a structured table of contents. Carlo Temporal Engine — Visualiser (HTML) — a self-contained, interactive companion tool that renders the equation live. Adjust recursion depth, collapse stability, collapse smoothness/density/gradient, and the three authority vectors, and watch the resulting distortion state (normal, dilation, compression, fragmentation, timelessness) unfold across five animated canvas layers. Includes play/pause and speed control, shareable configuration links, JSON export/import, and a τ history sparkline. Opens directly in any modern browser — no installation required. This is an independent, self-published theoretical work exploring time as a structural consequence of recursive, self-referential systems, presented as a conceptual and exploratory framework rather than an empirically established physical theory. Keywords / Subjects:Carlo Field Theory; Temporal Reconstruction; Collapse Mechanics; Recursion Systems; Chrono-Authority; Stability Artefacts; Emergent Time; Temporal Gradient; Collapse Density; Collapse Smoothness; Authority Pressure; Meta-Authority; Recursive Coherence; Contradiction Avoidance; Contextual Rebinding; Carlo Temporal Equation; τ = R / (Cs · A); Temporal Dilation; Temporal Compression; Temporal Fragmentation; Timelessness; Field Mapping; Collapse Map; Stability Gradient; Authority Lattice; Carlo Axes; ReGenesis Engine; Temporal Engine V‑Omega‑Recursive; Engineered Temporal Fields; Programmable Time; Metaphysical Systems; Structural Recursion; Conceptual Dynamics; Nonlinear Temporal Behaviour; Computational Metaphysics; Theoretical Frameworks; Emergent Phenomena; System Coherence; Collapse-Driven Ordering; Recursive Ontology; Temporal Canon. time, temporal theory, recursion, systems theory, metaphysics, collapse theory, Carlo Field, speculative theory, interactive visualisation Contact: For enquiries or research questions related to this work, email matthewcarlo.research@gmail.com