Reinventing Gravity: A Theory of Everything Based on Effective Gravitational Velocity (eBook, ePUB)
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The book "Reinventing Gravity: A Theory of Everything Based on Effective Gravitational Velocity," written by Rogelio Perez Casadiego, presents an innovative and ambitious proposal for a Theory of Everything (ToE).Main Objective:The central objective of the book is to present a radical alternative to current theories, such as General Relativity and the ΛCDM model, proposing that gravity is neither a fundamental force nor a curvature of space-time, but an emergent phenomenon. This emergence is based on a central concept introduced by the author: the effective gravitational velocity (eGV).Ap...
The book "Reinventing Gravity: A Theory of Everything Based on Effective Gravitational Velocity," written by Rogelio Perez Casadiego, presents an innovative and ambitious proposal for a Theory of Everything (ToE).
Main Objective:
The central objective of the book is to present a radical alternative to current theories, such as General Relativity and the ΛCDM model, proposing that gravity is neither a fundamental force nor a curvature of space-time, but an emergent phenomenon. This emergence is based on a central concept introduced by the author: the effective gravitational velocity (eGV).
Approach and Content:
1. Reinterpretation of Gravity: Gravity is conceived as a collective manifestation of the fundamental interactions of the universe, similar to how thermodynamics emerges from statistical mechanics. It is described more as an optical phenomenon or a modification of the properties of the quantum vacuum influenced by matter and energy, rather than a geometric curvature.
2. Unification of Forces: The book develops a unified Lagrangian (LToE = LQCD + LQED + Lweak- 1/2 m vg² ψ̄ ψ) that integrates the Standard Model descriptions for the strong, electromagnetic, and weak interactions, incorporating gravity as a local coupling term that modifies the effective mass of fermions. This connects gravity with quantum mechanics, thermodynamics, and quantum field theory.
3. Dark Matter Alternative: The proposed theory, called Effective Quantum Gravity (NETQG), offers an alternative explanation for the gravitational effects attributed to dark matter. It suggests that these effects may be due to the distribution of baryonic matter into exotic, ultra-cold states (such as ionic crystals or Bose-Einstein condensates) influenced by vg gradients, eliminating the need to postulate undetected exotic particles.
4. Theoretical and Observational Validation: The book explores how this theory reproduces well-known phenomena such as Mercury's perihelion precession, Earth's gravitational acceleration, solar gravitational redshift, and time shifts in GPS clocks. It also addresses cosmological observations such as galactic rotation curves and the Bullet Cluster effect.
5. Implications and Verification: The profound philosophical and scientific implications of this approach are discussed, including a monistic and emergentist view of reality. The book proposes specific experiments, such as networks of entangled quantum clocks, to measure gravity-induced quantum phase shifts and verify the theory. Potential technological applications in quantum sensors, metrology, and space exploration are also explored.
6. Challenges and Future: The author acknowledges the significant challenges facing the theory, such as the lack of scientific consensus, the need for advanced cosmological simulations, and the need to obtain direct evidence of ultracold matter. Future lines of research are presented to consolidate or refute the proposal.
In summary, the book offers a novel and unified view of the universe, reinterpreting gravity and dark matter within a coherent theoretical framework based on emerging quantum and thermodynamic principles, with the potential to impact both fundamental physics and future technology.
Main Objective:
The central objective of the book is to present a radical alternative to current theories, such as General Relativity and the ΛCDM model, proposing that gravity is neither a fundamental force nor a curvature of space-time, but an emergent phenomenon. This emergence is based on a central concept introduced by the author: the effective gravitational velocity (eGV).
Approach and Content:
1. Reinterpretation of Gravity: Gravity is conceived as a collective manifestation of the fundamental interactions of the universe, similar to how thermodynamics emerges from statistical mechanics. It is described more as an optical phenomenon or a modification of the properties of the quantum vacuum influenced by matter and energy, rather than a geometric curvature.
2. Unification of Forces: The book develops a unified Lagrangian (LToE = LQCD + LQED + Lweak- 1/2 m vg² ψ̄ ψ) that integrates the Standard Model descriptions for the strong, electromagnetic, and weak interactions, incorporating gravity as a local coupling term that modifies the effective mass of fermions. This connects gravity with quantum mechanics, thermodynamics, and quantum field theory.
3. Dark Matter Alternative: The proposed theory, called Effective Quantum Gravity (NETQG), offers an alternative explanation for the gravitational effects attributed to dark matter. It suggests that these effects may be due to the distribution of baryonic matter into exotic, ultra-cold states (such as ionic crystals or Bose-Einstein condensates) influenced by vg gradients, eliminating the need to postulate undetected exotic particles.
4. Theoretical and Observational Validation: The book explores how this theory reproduces well-known phenomena such as Mercury's perihelion precession, Earth's gravitational acceleration, solar gravitational redshift, and time shifts in GPS clocks. It also addresses cosmological observations such as galactic rotation curves and the Bullet Cluster effect.
5. Implications and Verification: The profound philosophical and scientific implications of this approach are discussed, including a monistic and emergentist view of reality. The book proposes specific experiments, such as networks of entangled quantum clocks, to measure gravity-induced quantum phase shifts and verify the theory. Potential technological applications in quantum sensors, metrology, and space exploration are also explored.
6. Challenges and Future: The author acknowledges the significant challenges facing the theory, such as the lack of scientific consensus, the need for advanced cosmological simulations, and the need to obtain direct evidence of ultracold matter. Future lines of research are presented to consolidate or refute the proposal.
In summary, the book offers a novel and unified view of the universe, reinterpreting gravity and dark matter within a coherent theoretical framework based on emerging quantum and thermodynamic principles, with the potential to impact both fundamental physics and future technology.
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