What question did this study set out to answer?

To propose a structural framework in which spacetime forms the basis for physical phenomena.

February 27, 2026Open Access

Single Force Theory: A Structural Framework for Spacetime-Based Physics

Key Points

To propose a structural framework in which spacetime forms the basis for physical phenomena.
Examined the conceptual foundations of Single Force Theory (SFT)
Explored the relationship between SFT and Cosmic Seed Theory (CST)
Analyzed implications for particle structure and cosmology
Demonstrated that matter and charge emerge from spacetime's geometric properties
Identified stable tension patterns as a foundation for fundamental interactions
Provided insights into future experimental interpretations of particle physics

Abstract

Single Force Theory (SFT) proposes a structural foundation for physics in which spacetime is treated as an active substrate capable of forming stable tension patterns and resonant structures. Within this framework, matter, charge, and fundamental interactions emerge from geometric and dynamic properties of spacetime itself rather than from separate independent forces. This paper explores the conceptual basis of SFT, its relationship to Cosmic Seed Theory (CST), and its implications for particle structure, cosmology, and future experimental interpretation. Version 1.2 — Updated release under Cosmic Forge, continuing earlier work published under Cosmic Seed Foundation.

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