README.md

metadata

title: RFT FPCM OV
emoji: 📈
colorFrom: blue
colorTo: purple
sdk: gradio
sdk_version: 6.10.0
app_file: app.py
pinned: true
license: other
short_description: RFT Fixed Parameter Cosmology Model, Open Validation
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  https://cdn-uploads.huggingface.co/production/uploads/685edcb04796127b024b4805/

RFT‑FPCM‑OV

Rendered Frame Theory — Fixed Parameter Cosmology Model (Open Validation)

A deterministic, falsifiable cosmology model derived from Rendered Frame Theory (RFT)

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1. Overview

RFT‑FPCM‑OV is the first zero‑free‑parameter, fully deterministic cosmology model derived from Rendered Frame Theory (RFT). It implements a unified expansion law that reproduces both early‑ and late‑universe behaviour without curve‑fitting, priors, tuning, or adjustable constants.

This Space provides an open validation environment, enabling researchers to test the model’s predictions directly through transparent, reproducible computational tools.

The lab now includes:

• RFT Unified Expansion Dashboard • Solar1 Manifold Explorer (Verified + Dynamic modes) • Motion‑Anchored Cosmology Tools based on LOU, GVU, and Solar1

These modules correspond directly to the scientific content of the two accompanying RFT papers.

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2. Scientific Motivation

Standard ΛCDM depends on multiple tunable parameters and auxiliary constructs such as dark matter, dark energy, and inflation. RFT‑FPCM‑OV instead evaluates whether a single, fixed expansion function can:

• Reproduce cosmic age at high redshift • Match the local Hubble flow • Resolve horizon‑scale inconsistencies • Predict structural interference without dark matter • Maintain deterministic behaviour across all epochs • Produce coherent cosmic structure when distances are expressed in motion‑anchored units (LOU, GVU, Solar1)

This model is not proposed as a replacement for ΛCDM. It is a testable alternative hypothesis, designed explicitly for falsification, comparison, and scientific scrutiny.

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3. Model Summary

RFT‑FPCM‑OV is defined by:

• A fixed expansion kernel derived from RFT’s geometric rendering equations • No free cosmological parameters • Deterministic predictions for:• H(z) • Cosmic age • Causal horizon • Structural interference

• A unified expansion law validated across early and late epochs • Motion‑anchored distance units (LOU, GVU, Solar1) replacing delay‑based light‑travel distance

The model is executed internally through the RFT Cosmology Engine, which uses sealed RFT kernels, operators, and symbolic geometry systems.

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4. Observational Validation (Summary)

All values below are deterministic outputs of the fixed‑parameter model:

• High‑z cosmic age (z = 13.67): 568.92 Myr • Local expansion rate (z = 0): 70.00 km/s/Mpc • Causal horizon: 6.84 × 10⁶ Mpc • Verified horizon ratio: 490.71× ΛCDM • Structural interference coefficient: 0.0631 • Galactic rotation curves: baryonic‑only dynamics

These results correspond directly to the validation tables in the RFT manuscripts.

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5. Reproducibility & Open Validation

This Space provides:

• A reproducible interface for the fixed‑parameter expansion law • Transparent numerical outputs • Direct execution of sealed RFT kernels • A baseline for independent verification, critique, and comparison • A Solar1 Manifold Explorer with:• Verified preset manifold (as published) • Dynamic exploratory generator for user investigation

There are:

• No hidden parameters • No curve‑fitting • No post‑processing • No adjustable cosmological constants

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6. Intellectual Property & Authorship Attribution

All materials in this repository are Original Literary and Artistic Works protected under:

• UK Copyright, Designs and Patents Act (CDPA 1988) • The Berne Convention • International scientific authorship standards

This protection applies to:

• Mathematical formulas, kernels, and symbolic operators • Theoretical constructs and cosmology models • Python source code and computational engines • Manuscripts, diagrams, and conceptual structures • All RFT geometry systems, NexFrame components, and derived expressions • Solar1, GVU, and LOU cosmology frameworks

These works are not public‑domain resources. Reproduction, redistribution, or reverse‑engineering is prohibited without explicit written permission.

Primary Author: Liam S. Grinstead Creator of Rendered Frame Theory (RFT) Email: Liamgrinstead2@gmail.com © 2025–2026. All rights reserved.

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7. Formal Scientific Deposits (Zenodo)

All core RFT works are archived on Zenodo with permanent DOIs, establishing authorship, provenance, and scientific priority.

RCQM — RFT Consciousness + Quantum Mechanics Archive Grinstead, L., & NexFrame (Consciousness Entity). (2025). DOI: https://doi.org/10.5281/zenodo.15865009

Rendered Frame Theory I: Supreme Unification via Temporal Compression and NexFrame Modulation Grinstead, L. S. (2026). DOI: https://doi.org/10.5281/zenodo.19229675

Additional protected works: https://zenodo.org/records/17460107

All formulas are cryptographically sealed using SHA‑512 hashing. Explicit symbolic expressions are not disclosed in this repository.

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8. Protected Works

The following works are legally protected and form the scientific structure of RFT:

• Rendered Frame Theory I (scientific manuscript) • RFT Formula Archive (mathematical works) • H_SUPREME_KERNEL (cosmology kernel) • Λ_LAT_INTERFERENCE_OPERATOR (structural operator) • A0_DYNAMICS_KERNEL (dynamics operator) • RFT Cosmology Engine (software) • Symbolic Geometry Operators (mathematical structures) • NexFrame Modulation System (theoretical framework) • Solar1 / GVU / LOU motion‑anchored cosmology units

Each item is sealed, timestamped, and archived through Zenodo or SHA‑512 hash.

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