[Preliminary Version] Black Holes as Temporal Regulators [Update to Latest Refinements Pending]

This essay was a first reading of black holes with the knowledge available at that time. Later work clarified the “Genesis” ontology (v11.3): absolute time T is monotonic (no reversals); T_relax is a passive geometric readout of the 4D substrate (type-1 matter), not an active field; geometry and dynamics arise from the substrate’s structure rather than from ∂T_relax. Read the field-like passages here as historical shortcuts. DIFFERENCES• Causation re-assigned: wherever the text gives generative power to T_relax or builds metric/EM from its gradients, the causal agency now belongs to the substrate.• Rotation curves: the central black hole is not the exclusive cause of flat profiles; global substrate geometry dominates, with the BH acting at most as a local coherence anchor.• “Evaporation/rebalancing”: treat this as a coherence-modulation hypothesis (heuristic), not a settled mechanism. CONVERGENCES (INTACT)• Black holes as temporal regulators/anchors (not singularities).• Horizon as a temporal desynchronization threshold, not a spatial “wall”.• No information loss: information becomes temporally inaccessible (forward-only causality preserved).• Stabilized interior state: phase-like/BEC-like picture remains a useful, testable analogy. HOW TO READ THIS ESSAY NOWKeep it as an early, directional map. Under the updated ontology, (i) reassign causes to the substrate, (ii) reinterpret field-style formulas as pedagogical language, and (iii) preserve the regulator view, the horizon-as-desynchronization reading, and the forward-only arrow of time.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-04-13
DOI
https://doi.org/10.5281/zenodo.15205584
Primary Topic
Earth Systems and Cosmic Evolution
Type
article
Field-Weighted Citation Impact
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article

[Preliminary Version] Black Holes as Temporal Regulators [Update to Latest Refinements Pending]

Zenodo (CERN European Organization for Nuclear Research)
Earth Systems and Cosmic Evolution
article

[Preliminary Version] Black Holes as Temporal Regulators [Update to Latest Refinements Pending]

article en

Abstract

This essay was a first reading of black holes with the knowledge available at that time. Later work clarified the “Genesis” ontology (v11.3): absolute time T is monotonic (no reversals); T_relax is a passive geometric readout of the 4D substrate (type-1 matter), not an active field; geometry and dynamics arise from the substrate’s structure rather than from ∂T_relax. Read the field-like passages here as historical shortcuts. DIFFERENCES• Causation re-assigned: wherever the text gives generative power to T_relax or builds metric/EM from its gradients, the causal agency now belongs to the substrate.• Rotation curves: the central black hole is not the exclusive cause of flat profiles; global substrate geometry dominates, with the BH acting at most as a local coherence anchor.• “Evaporation/rebalancing”: treat this as a coherence-modulation hypothesis (heuristic), not a settled mechanism. CONVERGENCES (INTACT)• Black holes as temporal regulators/anchors (not singularities).• Horizon as a temporal desynchronization threshold, not a spatial “wall”.• No information loss: information becomes temporally inaccessible (forward-only causality preserved).• Stabilized interior state: phase-like/BEC-like picture remains a useful, testable analogy. HOW TO READ THIS ESSAY NOWKeep it as an early, directional map. Under the updated ontology, (i) reassign causes to the substrate, (ii) reinterpret field-style formulas as pedagogical language, and (iii) preserve the regulator view, the horizon-as-desynchronization reading, and the forward-only arrow of time.

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 45%
Earth Systems and Cosmic Evolution
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