What question did this study set out to answer?

To reinterpret key cosmological phenomena in a finite-operational context to provide a unified understanding.

February 11, 2026Open Access

A Unified Operational Understanding of the Big Bang and Dark Energy in Contemporary Cosmology

Puntos clave

To reinterpret key cosmological phenomena in a finite-operational context to provide a unified understanding.
Introduced a conceptual framework that focuses on operational definability.
Analysed correlations between the Big Bang, gravity, dark matter, and dark energy.
Avoided extending the standard model or introducing additional entities.
Provided a cohesive interpretation of the relationship between key cosmological phenomena.
Demonstrated how operational definability can bridge concepts in particle physics and cosmology.

Resumen

Description: This work presents a finite-operational reinterpretation of key cosmological phenomena, including the Big Bang, gravity, dark matter, and dark energy. By focusing on operational definability and correlation sealing, it unifies these phenomena without extending the standard model or introducing additional entities. The paper is intended for researchers in cosmology, gravitational physics, and foundations of physics, and is suitable as a conceptual bridge between particle physics and cosmology.

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