What question did this study set out to answer?

To present a framework unifying spacetime, gravity, and quantum measurement through finite causal capacity.

January 14, 2026Open Access

Finite Causal Capacity as a Unifying Principle for Spacetime, Gravity, and Quantum Measurement

Key Points

To present a framework unifying spacetime, gravity, and quantum measurement through finite causal capacity.
Developed a causal-structural framework.
Examined constraints on causal addressability.
Provided reinterpretation of established physical phenomena.
Introduced finite causal capacity as an organizing principle.
Eliminated need for new dynamical laws.
Set a foundation for future mathematical and empirical exploration.

Abstract

This preprint presents a causal-structural framework in which spacetime structure, gravity, horizon thermodynamics, and quantum measurement are unified through a single organizing principle: finite causal capacity. Rather than introducing new dynamical laws, the work offers an interpretational perspective that reexamines established physical phenomena in terms of constraints on causal addressability and causal organization. The framework is intended as a foundation for future mathematical development and potential empirical exploration.

Finite Causal Capacity as a Unifying Principle for Spacetime, Gravity, and Quantum Measurement

Key Points

Abstract

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