What question did this study set out to answer?

To propose a discrete lattice structure of spacetime that challenges classical smooth manifold assumptions and explains quantum uncertainty.

March 16, 2026Open Access

From the Field Sea to Discrete Reality: The Lattice Structure of Spacetime and a Deterministic Quantum Proposal

Key Points

To propose a discrete lattice structure of spacetime that challenges classical smooth manifold assumptions and explains quantum uncertainty.
Proposed a lattice structure with a resolution of 3.84 x 10^-10 m.
Introduced the 'Field Sea' concept linking dark matter to spacetime density.
Analyzed LIGO data for evidence of anomalous dispersion.
Observed -52.490 ms anomalous dispersion in LIGO data.
Demonstrated that quantum uncertainty may arise from a deterministic mechanism within the lattice.

Abstract

This study challenges the classical assumption of spacetime as a smooth manifold by proposing a discrete lattice structure with a resolution of 3. 84 x 10^-10 m. Through the concept of the "Field Sea", the model posits that Dark Matter represents the intrinsic mass density of spacetime itself, while quantum uncertainty is an illusion arising from a deterministic mechanism within this lattice. The -52. 490 ms anomalous dispersion observed in LIGO data serves as empirical evidence for this structure.

From the Field Sea to Discrete Reality: The Lattice Structure of Spacetime and a Deterministic Quantum Proposal

Key Points

Abstract

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