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This communication aims to derive the total baryonic mass of the universe using spatial computational latency as a fundamental metric.

August 13, 2026Open Access

Addendum to NavMesh Cosmology: A Deterministic Derivation of the Total Baryonic Mass of the Universe via Spatial Computational Latency

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This communication aims to derive the total baryonic mass of the universe using spatial computational latency as a fundamental metric.
Equated spatial computational latency ratio to the Planck mass to derive total mass.
Utilized geometric deceleration factor from NavMesh Cosmology framework for calculations.
Aligned findings with empirical astrophysical estimates of baryonic mass.
Derived total baryonic mass as 1.67×10^53 kg.
Aligned derivation with modern empirical astrophysical estimates.
Proved that cosmological parameters are interrelated properties of a computational metric.

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Brief communication demonstrates spatial computational latency as a measure of the universe's mass, suggesting significant implications.

Tomer Haimovich (2026) studied this question.

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