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A document that presents the fundamentals and dynamics of the Self-Regenerative Cyclic Active Vacuum Theory, a cosmological proposal that addresses the limitations of the standard cosmological model. The theory postulates an active vacuum that is not static but rather regulates and restarts the universe through temporal cycles.
The work develops a theoretical framework that includes:
Fundamentals and Postulates: A time-dependent field parameter and a potential associated with this field are introduced. The energy and pressure of the vacuum are described, as well as the concept of non-equilibrium, which is quantified by vacuum stimulation, asymmetry, and coupling.
Cosmological Dynamics: Presentation of the modified Friedmann Equations to include the influence of the active vacuum. The total energy conservation and the second law of thermodynamics are analyzed within the proposed system.
Cycles and Transitions: The model describes the Big Bang not as an absolute beginning, but as a "vacuum transition" with a 'white hole'-type exit. Energy dissipation and the existence of entropic sinks (such as black holes) are key processes that lead to the large-scale cycle restart, ensuring the self-regenerative nature of the universe.
The work includes a rigorous analysis of the practical validation of the theory, proposing null tests and consistency criteria for its contrast with astronomical observations.
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Title THEORY OF THE CYCLIC SELF-REGENERATING ACTIVE VACUUM
A document that presents the fundamentals and dynamics of the Self-Regenerative Cyclic Active Vacuum Theory, a cosmological proposal that addresses the limitations of the standard cosmological model. The theory postulates an active vacuum that is not static but rather regulates and restarts the universe through temporal cycles.
The work develops a theoretical framework that includes:
Fundamentals and Postulates: A time-dependent field parameter and a potential associated with this field are introduced. The energy and pressure of the vacuum are described, as well as the concept of non-equilibrium, which is quantified by vacuum stimulation, asymmetry, and coupling.
Cosmological Dynamics: Presentation of the modified Friedmann Equations to include the influence of the active vacuum. The total energy conservation and the second law of thermodynamics are analyzed within the proposed system.
Cycles and Transitions: The model describes the Big Bang not as an absolute beginning, but as a "vacuum transition" with a 'white hole'-type exit. Energy dissipation and the existence of entropic sinks (such as black holes) are key processes that lead to the large-scale cycle restart, ensuring the self-regenerative nature of the universe.
The work includes a rigorous analysis of the practical validation of the theory, proposing null tests and consistency criteria for its contrast with astronomical observations.
Work type Technical
Tags modified friedmann equations, alternative model, cyclic cosmology, second law of thermodynamics, non-linear dynamics, vacuum energy and pressure, non-equilibrium thermodynamics, field physics, big bang (vacuum transition), white hole, self-regenerative, theoretical cosmology, active vacuum, entropic sinks., null tests
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Identifier 2511033577493
Entry date Nov 3, 2025, 9:46 PM UTC
License All rights reserved
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Author 100.00 %. Holder javier jerez fernández. Date Nov 3, 2025.
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