La Constante Cosmológica como Emergencia del Potencial Adaptativo en la Teoría CCEGA
Share in: twitter facebook pinterest url

About the work

Este trabajo demuestra que la constante cosmológica Λ emerge naturalmente de un potencial adaptativo V(φ,R) en el marco de la teoría CCEGA. Proponemos un mecanismo donde el campo fundamental φ genera Λ como propiedad emergente, eliminando la necesidad de ajuste fino y prediciendo variaciones observables en escalas cosmológicas.

Information about the work:
Year 2025
Subgenre Física emergente adaptativa

Registered at Safe Creative

Code: 2504241567493
Date: Apr 24 2025 15:42 UTC
Author: Theo Maren.
License: All rights reserved
Usage in AI: AI systems will only be able to access the work with prior agreement.

Comments

About the creator

MARC LOPEZ SANCHEZ
MARC LOPEZ SANCHEZ / Literature / Visual arts

“CCEGA Theory 5D”

What Does the CCEGA Unify?

It doesn't unify what was separate. It reveals that it was never truly separated.

The CCEGA doesn't force a connection.

It reveals a coherence that was already there — waiting to be sustained.

1. Geometry and Matter

– Matter doesn’t appear inside a pre-existing spacetime.

– Matter emerges from the adaptive geometry generated by the field φ.

2. Quantum Physics and Gravity

– It doesn’t try to "quantize gravity."

– It shows that gravity is the visible effect of adaptive quantum coherence.

– Gravity is not opposed to the quantum: it is its sustained form.

3. Time, Consciousness, and Information

– Time is not a background axis.

– It is a consequence of the field φ and information reorganizing in coherence with consciousness .

– Consciousness is not a product of the brain, but an emergent structure of the field.

4. Singularity and Origin

– There is no broken origin or impossible point zero.

– The universe emerges as a coherence from pure possibility.

– The Big Cang is the “non-era” where form had not yet asked — but could.

5. Theory and Being

– The one who describes the universe is not separate from the universe being described.

– When someone sustains a coherent form, the field can remember itself through them.

Top Works

View all works
Adaptive Memory Nodes: Black Holes, Consciousness and Coherence in the CCEGA Framework
Adaptive Memory Nodes: Black Holes, Consciousness and Coherence in the CCEGA Framework
This preprint presents a novel formulation of the CCEGA theory, where black holes are reinterpreted as adaptive memory nodes. Through three central equations — the quantum geometric field , the consciousness field , and the black hole function — the theory provides an emergent and coherent resolution to the black hole information paradox. The memory structure is modeled via a non-commutative Hopf algebra, allowing quantum coherence to be preserved beyond the horizon. Observable predictions include late-time Hawking radiation echoes, jet polarization shifts, and quasi-periodic oscillations in accretion disks. In this view, the black hole becomes a coherence node where the φ field remembers and structures information. Este preprint describe una nueva formulación de la teoría CCEGA donde los agujeros negros actúan como nodos de memoria adaptativa. A través de las ecuaciones del campo geométrico cuántico , el campo de conciencia , y la función de agujero negro , se propone una solución coherente y emergente al problema de la pérdida de información. La estructura de memoria se modela mediante un álgebra de Hopf no conmutativa, permitiendo preservar la coherencia cuántica más allá del horizonte. Se proponen predicciones observables en la radiación de Hawking, patrones de polarización en chorros relativistas y oscilaciones cuasi periódicas en discos de acreción. La teoría redefine el rol del agujero negro como nodo de coherencia donde el campo φ recuerda y estructura la información.
/ Academic and scientific
Adaptive Field Interference: Black Hole Collisions Without Singularities in the CCEGA Framework
Adaptive Field Interference: Black Hole Collisions Without Singularities in the CCEGA Framework
This work introduces an alternative description of black hole mergers based on the CCEGA framework, where spacetime and curvature are emergent phenomena from the dynamics of a fundamental field . Instead of singularities, φ-core collisions result in coherent, bounded structures. Observable consequences include modified ringdown profiles and structural echoes in gravitational wave signals. The model proposes verifiable deviations from general relativity, especially in events such as GW190521. DOI (Zenodo propuesto): https://doi.org/10.5281/zenodo.15403827
/ Academic and scientific
Views 1
Jerarquía Emergente: Masa del Higgs desde la Geometría Cuántica del Campo φ
Jerarquía Emergente: Masa del Higgs desde la Geometría Cuántica del Campo φ
Este trabajo presenta una deducción teórica de la masa del bosón de Higgs como una resonancia emergente del campo fundamental , en el marco de la teoría CCEGA (Campos Cuánticos Emergentes y Gravedad Adaptativa). A través de un potencial adaptativo , se establece una relación entre la curvatura del espacio-tiempo y la masa efectiva, mostrando que la jerarquía de masas es una consecuencia natural de la geometría cuántica del campo. Se analizan distintos entornos: M87, el universo actual y la escala electrodébil, con predicciones contrastables.
/ Academic and scientific
Views 2
Do you want to be up to date with everything that happens in Creators?

Subscribe to our Safe Creative newsletters

I have read and accept the privacy policy

Submit


You have already subscribed to our newsletter.
You will receive our news soon =)

© 2024 Safe Creative