What question did this study set out to answer?

To present a new model explaining cosmic expansion and dark energy through entropy-driven changes in time.

February 11, 20260 citationsOpen Access

Cosmic Model1

VGVipul GoswamiSolar Electric Light Fund

Key Points

To present a new model explaining cosmic expansion and dark energy through entropy-driven changes in time.
Derived a modified Friedmann equation linking entropy flux to cosmic acceleration.
Analyzed the implications of galaxy dissolution and black holes on time dynamics.
Investigated observable impacts on dark energy and cosmic behavior.
The model predicts realistic H(z) behavior without needing vacuum energy.
It suggests evolving dark energy with observable deviations from current cosmological models.
Demonstrates an entropy-time coupling that alters cosmic acceleration.

Abstract

It Proposes that cosmic expansion and dark energy emerge from entropy-driven deformation of proper time, replacing the cosmological constant with an entropy–time coupling. Derives a modified Friedmann equation where entropy flux dynamically generates acceleration, producing realistic 𝐻(𝑧),H(z) behavior without vacuum energy. Interprets galaxy dissolution and black holes as sources of temporal curvature, forming a global “time landscape.” Predicts evolving dark energy and observable deviations from ΛCDM, offering a thermodynamic perspective on cosmic acceleration.

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