A Model of Dual-Loop Chaos and Nirvanic Equilibrium: A Unified Hypothesis of the Primordial Universe

Abstract

Based on classical thermodynamic entropy theory, quantum field theory, and cosmic evolution logic, this paper proposes the Dual-Cycle Chaos and Nirvanic Equilibrium Model: a unified primordial cosmic hypothesis. Using a bar magnet as a core analogy, the model constructs a self-consistent cosmic circulation framework, explaining the universe’s complete cyclic evolution: from nirvanic convergence to chaotic explosion, entropy increase to heat-death peak, regression to nirvana peak, and final return to the primordial nirvanic state. The chaos and nirvana loops are symmetrical polarities from matter-energy cycles (corresponding to a bar magnet’s north/south poles), with heat-death and nirvana points as symmetric potential energy peaks. The universe operates via an internal unidirectional compression channel and external magnetic-like circulation, enabling eternal cyclic evolution. Crucially, the model does not refute existing physical theories. Instead, it comprehensively integrates and coherently connects all established theoretical systems into a reasonable, powerful, self-consistent logical framework for cosmic origin and evolution. The original manuscript is in Chinese; the English version is tool-translated with potential minor expression deviations. For in-depth research, refer to the Chinese version. This work is original and has been permanently archived on Zenodo: https://doi.org/10.5281/zenodo.19564516 Multi-platform release is intended to safeguard academic rights, prevent misuse, and promote wider dissemination.

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