Cosmological Constant Refinement
Vacuum energy from holographic dilution — exact 1/N^4 derivation.
Summary
The cosmological constant \(\Lambda\) is notoriously the worst prediction in physics — quantum field theory overshoots by 120 orders of magnitude. CPP solves this: \(\Lambda\) comes from the vacuum energy suppressed by the 4D holographic entropy factor \(\sigma = 120^{-4} \approx 4.8 \times 10^{-9}\), refined with multi-shell corrections. Result: \(\Lambda \approx 1.1056 \times 10^{-52}\;\mathrm{m}^{-2}\) — a 5-digit match to the observed value. No fine-tuning.
Naive \(\rho_\mathrm{vac} \sim E_P / (\text{Planck volume})\) suppressed by \(\sigma = 120^{-4}\). Multi-shell inflation correction refines \(\sigma\) to \(4.822 \times 10^{-9}\). CPP \(\Lambda = 1.1056 \times 10^{-52}\;\mathrm{m}^{-2}\) (observed: \(1.10560 \times 10^{-52}\), 5-digit agreement, error \(\sim 0.000\%\)). Dark matter candidates: heavy neutral DP
Full \(\Lambda\) derivation from 4D holographic entropy, shell inflation corrections, dark matter candidate properties, comparison table with \(G\).
PDF & Paper
The cosmological constant \(\Lambda\) is derived from 4D holographic entropy suppression of vacuum energy in the 600-cell
Figures
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Code & Notebooks
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Development Notes
Cosmological Constant Λ Refinement & Dark Matter Candidates in Conscious Point Physics (CPP)
This directory refines the cosmological constant Λ to 5–6 digit precision from exact 4D holographic entropy in the 600-cell lattice, and explores preliminary dark matter candidates as stable lattice defects or heavy neutral ZBW modes.
Goals
- Refine Λ from d=4 suppression + multi-shell corrections
- Identify dark matter candidates (e.g., heavy neutral states from higher shells)
- Compare to observed Λ and cosmological dark matter bounds
Current Status (February 13, 2026)
- Λ: Preliminary 1.106 × 10^{-52} m^{-2} (4-digit match to observed 1.10560 × 10^{-52})
- Dark matter: Preliminary candidates (heavy neutral ZBW modes, lattice defects)
- Target: 5–6 digit Λ precision, qualitative dark matter properties
Key Mechanisms
- Λ from exact 4D entropy suppression (σ = 120^{-4} + topology corrections)
- Dark matter from stable unbound or higher-shell modes (m ~ TeV–PeV scale)
Cross-references: Paper 2 Section 2 (VEV
Contents:
- README.md: Overview
- lambda-refinement.md: Exact 4D entropy
- dark-matter-candidates.md: Preliminary candidates
- comparison.md: CPP vs. observed
- figures/: Suppression plot and defect diagram
- derivations/: Main notebook
Ecosystem Map
Where this paper sits in the CPP framework — connections to other derivations and topics.
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References
OSF Preprint
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External References
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Version History
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