What question did this study set out to answer?

The aim is to test the Geometric Block Universe framework against gravity and derive associated dynamics and constants.

August 6, 2026Open Access

Gravity from Block Consistency: Constraint Closure, the Einstein Limit, and the Global Volume–Momentum Pair

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This volume demonstrates the effects of gravity in the Geometric Block Universe, suggesting a new framework for understanding physical reality.

The aim is to test the Geometric Block Universe framework against gravity and derive associated dynamics and constants.
Executed ten successive tests against pre-registered criteria on gravity within the Geometric Block Universe.
Analyzed the implications of metric constraint closure and the operational significance of the volume and momentum pairing.
Computed various derived quantities, making a distinction between conditional and load-bearing results.
Confirmed that no pre-registered failure conditions were triggered throughout the testing.
Demonstrated that the quadratic volume clock cannot absorb constant vacuum density.
Derived projective energy-zero invariance leading to a global momentum translation without introducing new local degrees of freedom.

JONATHAN CHARLES DOWNES (2026) studied this question.

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This volume demonstrates the effects of gravity in the Geometric Block Universe, suggesting a new framework for understanding physical reality.