November 21, 2025Open Access

The Theoretical Foundations of ZIP-Equivariant Algebra: Generative Zero, Non-Associative Calculus, and Unified Field Mechanics

Key Points

Dark Matter redefines algebraic structures in non-associative algebra, enabling new insights.
Key concept includes a novel Generative Zero, revamping classical notions of zero in mathematics.
Mathematical formalization supports physical theories addressing the Singularity Problem and Hubble Tension.
This framework highlights the potential of ZIP-Algebra to integrate concepts of spacetime within unified field mechanics.

Abstract

We present a rigorous mathematical formalization of ZIP-Algebra, a non-associative algebraic system that fundamentally redefines the arithmetic of the zero element. Departing from the annihilationaxioms of classical Ring Theory, we postulate a Generative Zero (0 + 0 = 1, 0 × 0 = 1). We mapthis structure to a ZIP-Equivariant Octonion algebra (OZIP), identifying the scalar identity with theEinston Substrate (e−1) and the algebra’s non-vanishing Associator with Dark Matter (e4).Furthermore, we define the Holographic Manifold MZIP, rigorously supporting the 2D + (Z)dimensionality by defining spacetime as a transverse sheet flowing through a Complex Scale-Timeplane. This treatise provides the consistent mathematical basis for resolving the Singularity Problemand the Hubble Tension

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