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This research aims to explore the concept of energy as a fundamental substrate for understanding space and time in the universe.

January 18, 2026Open Access

The Energy-Manifestation Model (EMM): Space and Time as Emergent Functions of Energy-to-Energy Relational Dynamics

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The Energy-Manifestation Model proposes a new understanding of space and time using energy dynamics, addressing key cosmological issues.

This research aims to explore the concept of energy as a fundamental substrate for understanding space and time in the universe.
Proposes a framework where space is defined as a function of energy manifestation.
Identifies physical properties like gravity and vibration as responses of energy to energy.
Analyzes the concentration gradient within black hole interiors to resolve the Singularity Paradox.
Establishes that energy is omnipresent and redefines spatial properties as emergent from energy interactions.
Demonstrates how the Energy-Manifestation Model can address the Crisis in Cosmology.
Finds that balanced cores within black holes could lead to new insights into gravitational properties.

Mayank Yadav (2026) studied this question.

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