Status of this Repository: 

This document, Post-Temporal Physics. Ledgeral Time and the Collapse of Relativistic Continuity, is retained as a transitional research work in the development of Post-Temporal Physics. It should be read as an earlier Ledgeral-Time formulation that introduced many of the motivating ideas behind the later finite Ledgeral theory, including recursion depth, admissibility, obstruction, continuity collapse, survivor persistence, and recovery of standard physical behavior. It is not the final authoritative formulation of the theory.

This PDF remains valuable as a historical and conceptual bridge. It documents the transition from the earlier Ledgeral-Time language toward the final finite Ledgeral reconstruction. Some language in this PDF is intentionally stronger, more exploratory, and more programmatic than the final theory. In particular, empirical claims, continuity-collapse claims, and unification claims in this document should be understood as precursor framing rather than as the final formal standard. The final theory is more restrictive. It does not treat spacetime, time, fields, force, mass, charge, energy, particles, probability, Hilbert space, gauge symmetry, or continuum structure as native primitives. More to follow in the future.

 

Recommended citation status

• Use this document for historical, conceptual, and developmental context.

 

The New Post-Temporal-Physics is Now Standalone and Available

 Post-Temporal Physics: The Finite Ledgeral Reconstruction of Existence, Persistence, and Physical Law ( https://doi.org/10.5281/zenodo.21671877 ). It has been fully reconstructed based on the Ledgeral Mathematics: A Finite Algebra of Recursion, Admissibility, Projection, and Survivor Structure which can be found on https://doi.org/10.5281/zenodo.21654521. The next step and on the way is the full falsification and empirical evidence program which is currently in progress,.

This record is the repository for Post-Temporal Physics, also called Ledgeral Physics, and for the Structural Mandate Test, abbreviated SMT, which serves as the first scoped falsifier corridor for the theory.

Post-Temporal Physics is presented as a proposed foundational framework in which time is not treated as a primitive continuous manifold parameter. Instead, physical persistence is described through ledgeral recursion, admissibility, and survival across structured layers of constraint. The framework challenges the assumption that continuity is ontologically primitive and treats continuity as an emergent limit under dense admissibility.

The Structural Mandate Test is the operational falsifier attached to that framework. SMT compares two mutually exclusive persistence doctrines applied to a deterministic computational payload. One branch imposes continuity-style global replay. The other branch imposes ledgeral τ-local admissibility. The payload, canonical outputs, digest checks, toolchain posture, and run logic are held fixed so that the structural difference is the mandate governing persistence.

The current evidentiary center of the repository is the SMT corridor. Its claim boundary is limited to deterministic, CPU-bound, single-node computational systems configured under the stated SMT conditions. Within that scoped domain, SMT is intended to test whether continuity-style persistence imposes a predictable structural overhead relative to τ-local ledgeral closure while preserving functional equivalence. Any extension beyond that corridor requires a separate domain definition, a separately derived structural constant, preregistration, raw artifacts, and an explicit loss condition.

This version supersedes prior simulation-test-pack language. Synthetic benchmark packs, toy model-comparison simulations, and exploratory numerical demonstrations are not part of the active claim record for this repository. The repository should be read as a theory-and-falsifier corpus, not as a simulation archive.

Repository structure

The intended corpus consists of the following active components.

1. Post-Temporal Physics core manuscript: The main theoretical manuscript defining Ledgeral Time, recursive admissibility, the Existential Convergence Lattice, ledgeral field concepts, continuity emergence, and the broader physical program.

2. Structural Mandate Test document: The SMT paper defining the first scoped falsifier corridor for Post-Temporal Physics. This document states the mandate contrast, the computational domain, the artifact requirements, and the claim boundary.

3. SMT artifact package, where included: Artifact-signed computational records supporting the SMT corridor, including run outputs, digests, logs, and verification material. These artifacts are distinct from synthetic simulation packs and should be described only within the SMT claim boundary.

What this record is not

• This record is not a claim that every proposed experiment has already been physically completed.
• This record is not a repository of synthetic model-preference demonstrations.
• This record is not a replacement for raw laboratory replication in optics, quantum information, cosmology, particle physics, or other physical domains.
• This record is not a universal empirical verification of the entire Post-Temporal Physics framework. It is a structured theory record with a first scoped falsifier corridor through SMT.

Active claim boundary

The active falsification claim is limited to the SMT computational domain. The SMT tests whether mandate structure alone can generate a predicted separation between continuity-style persistence and τ-local ledgeral admissibility while preserving identical canonical outputs. The broader theory remains open to future domain-specific falsifiers. Each future falsifier must define its physical domain, derive its admissibility rule, state its structural prediction before data collection, preserve raw records, document preprocessing, and provide a clear pass or loss condition.

Deprecated material

The following prior repository framing is deprecated and should not be used as the active description of this record.

• Simulation PTP TestPack v1
• Simulation PostTemporalPhysics 100 TestPack v2
• Simulation PostTemporalPhysics 5 Mysteries Pack
• Language presenting synthetic simulations as completed empirical verification
• Language treating model-comparison simulations as equivalent to physical experimental confirmation

Current Related corpus

Structural Mandate Test
10.5281/zenodo.17410418

NOX Ledgeral Radar Equation operationalization
10.5281/zenodo.17072965

NOX Simulator executable validation surface
10.5281/zenodo.17418234