What question did this study set out to answer?

The research aims to provide a cohesive framework for understanding the cosmic evolution of the universe through a logical chain of events stemming from black hole activity.

February 10, 2026Open Access

Energy Filament Theory (EFT) Z11: A Closed Loop of Origin–Zoning–Evolution–Fate — Progenitor Black Hole Spillover, the Cosmic Boundary, and Return-to-Sea Ebb

Key Points

The research aims to provide a cohesive framework for understanding the cosmic evolution of the universe through a logical chain of events stemming from black hole activity.
Developed a logical chain connecting origin mechanisms to cosmic structures.
Explored the role of progenitor black holes in evolving cosmic boundaries.
Constructed a space-causality-information model to map structural relationships in the universe.
Analyzed the end-state conditions informing future origin assumptions.
Established a thick relay chain-break band as an information structure in cosmology.
Demonstrated how cosmic partitions migrate along a main evolution axis.
Concluded with an end-state model describing a return-to-sea ebb, offering insights into cosmic fate.

Abstract

This module rewrites EFT cosmology as a single citation-friendly logical chain. Starting from a candidate origin mechanism (a progenitor black hole that exits quietly via long-term spillover), it derives a boundary and information structure (a thick relay chain-break band), then derives a space–causality–information partition for the modern universe (A/B/C/D window zoning and a structural map), explains how these partitions migrate along the relaxation-evolution main axis and shape the structure history, and finally converges to an end-state picture (a return-to-sea ebb). The end-state is then used to constrain the origin assumptions, closing the loop.

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