What question did this study set out to answer?

To introduce a rhythm-based interpretation of gravity within the Ψλ framework, emphasizing its emergent properties.

February 5, 2026Open Access

The End of Spacetime: Gravity as a Temporal Rhythm in the Ψλ Framework

Key Points

To introduce a rhythm-based interpretation of gravity within the Ψλ framework, emphasizing its emergent properties.
Present two complementary documents in French and English.
Reinterpret spacetime as an emergent statistical smoothing of a discrete temporal grid.
Align with existing experimental constraints and provide falsifiable deviations.
Described mass as temporal inertia and horizons as quasi-frozen computation zones.
Identified cosmological expansion as a global acceleration of temporal rhythm.
Maintained compatibility with Solar System tests and PPN limits.

Abstract

This deposit presents two complementary canvas documents (French and English) introducing a rhythm-based interpretation of gravity within the Ψλ framework. The approach reinterprets spacetime as an emergent statistical smoothing of a discrete temporal grid, where gravity arises as a gradient of local proper-time rate rather than geometric curvature. Mass is described as temporal inertia, horizons as quasi-frozen computation zones, and cosmological expansion as a global acceleration of temporal rhythm. The framework is constructed to remain compatible with existing experimental constraints (Solar System tests, PPN limits, GW170817 causal cone), while offering falsifiable deviations in strong-field regimes. This deposit is intended as a conceptual and structural synthesis, aligned with the Ψλ technical canvases (V3–V13), and serves as an entry point for further formal and numerical developments.

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