What question did this study set out to answer?

The aim is to establish a framework where spacetime emerges from wormhole connectivity, influencing thermodynamics and cosmology.

March 24, 2026Open Access

Emergent Spacetime and the Dynamical Wormhole Connectivity Model: Arrow of Time, Vacuum Energy, and Cosmology

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The aim is to establish a framework where spacetime emerges from wormhole connectivity, influencing thermodynamics and cosmology.
Developed a framework based on exponential connectivity decay
Expanded through algebraic and physical derivations
Included thermodynamic principles and observational predictions
Ensured consistency checks across the theoretical model
Showed the emergence of a thermodynamic arrow of time
Demonstrated suppression of dynamical vacuum energy
Indicated late-time acceleration of the universe's expansion
Established a unified model linking ER=EPR and emergent geometry

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The model demonstrates how emergent spacetime affects vacuum energy and cosmic acceleration, suggesting new insights into cosmology.

Stephen Van Meter (2026) studied this question.

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