What question did this study set out to answer?

The study aims to derive gravity as an emergent property from a discrete causal network framework.

May 13, 2026Open Access

Causal Inner-Loop Theory of Emergent Gravity: A Topological Framework for Information Overflow and Causal Coupling

Key Points

The study aims to derive gravity as an emergent property from a discrete causal network framework.
Introduced Causal Inner-Loop Theory as a conceptual framework.
Redefined mass in terms of topological solidifications within causal networks.
Explored the connection between information overflow and gravitational attraction.
Demonstrated that gravity can be viewed as a Topological Coupling Tendency.
Established a relationship between information chains and gravitational attraction.
Proposed a novel interpretation of mass through causal inner-loop structures.

Abstract

This paper presents the Causal Inner-Loop Theory, a fundamental framework that derives gravity as an emergent property of a discrete causal network rather than a primordial force. By redefining mass as "Causal Inner-Loops"—topological "solidifications" or Möbius-like kinks within the causal substrate—the study demonstrates that gravitational attraction is a Topological Coupling Tendency triggered by the overflow of information chains.

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Yue Lu

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Causal Inner-Loop Theory of Emergent Gravity: A Topological Framework for Information Overflow and Causal Coupling

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