Universe Condensate Space Theory, UCST, April 2025
Creators: name: St-Amand, Cy
Publisher: name: Zenodo
Year: 2025

description: Theory I-13, Unified Framework for Gravity and Electromagnetism



Gravity and electromagnetism (EMF) exhibit analogous structures:

Gravity

Requires entities (mass A, mass B) at each end of the force.

Forms a direct bridge between points A and B.

Electromagnetism (EMF)

Requires entities (poles N and S) at each end of the force.

Forms a loop.

Virtual Particles (VPs) as Force Carriers

VPs are dual particles comprising two halves, each side capable of mediating forces:

Gravity

VP carries force bidirectionally.

VP are already known to be able to induce force on both metal, and non metal objects

VP pair: side C carries force in one direction, side D in the opposite direction.

Electromagnetism (EMF)

VP carries force unidirectionally.

VP are already known to have the capacity to induce electrical potential difference. 

VP pair: both sides (C and D) carry force in the same direction.

Implication:

UCST Theory 1-13 explains why a system can exhibit both EMF and Gravity simultaneously. 

Explains why no time needed for a system to gather unique particles specific to force carry, one for magnetism, one for gravity, VPs provide the service for both, and are ubiquitous at all times. 

Theory I-13: Unified Framework for Gravity and Electromagnetism

Analogous Structures

Gravity and electromagnetism (EMF) share similarities:

Gravity: Requires entities (mass A, mass B) at each end of the force, forming a direct bridge.

Electromagnetism (EMF): Requires entities (poles N and S) at each end of the force, forming a loop.

Virtual Particles (VPs) as Force Carriers

VPs are dual particles mediating forces:

Gravity: VP carries force bidirectionally; VP pair carries force in opposite directions.

Electromagnetism (EMF): VP carries force unidirectionally; VP pair carries force in the same direction.

Implications, Theory I-13 provides insights into:

Simultaneous exhibition: Systems can exhibit both EMF and Gravity simultaneously.

Unified force carriers: VPs eliminate the need for unique particles specific to each force, providing a ubiquitous solution.

Shared inverse square law: Theory I-13 explains the shared 1/r^2 dependence of Gravity and EMF.

Explains why EMF can turn on and off, and not have to wait for specific unique force carriers to gather to do the work, as VPs are already present and ubiquitous.

Explains why a speeding mass does not need to wait for specific unique force carriers to gather to do the work, as VPs are already present and ubiquitous.

Distance and gravity: Gravity emerges when atoms are farther apart than a VP's physical size, allowing the VP to then be the gravity carrier, explaining why gravity does not influence at small scales.

VP-mediated gravity regulation: VPs regulate, enable gravity propagation, explaining its weakness at subatomic scales.

Resolving the infinity paradox: VPs prevent infinite gravity when atoms touch, the math of gravity would otherwise reach infinity when atoms touch.

A perfect vacuum, gravity and emf still function, proving there are not unique particles as force carriers.  The only option left in the vacuum is VP.  Proof of concept



Theories: UCST via components A to T and back to A



Theory UCST, Introduction to Universe Condensate Space Theory (UCST)



The Universe Condensate Space Theory (UCST) framework explores the potential for a universe Bose-Einstein Condensate (BEC) gathering, boiling, and crashing to generate a large electromotive force (EMF) and virtual particles (VPs), space, matter, and energy.

Key Findings and Implications

Our efforts yielded promising results, including the production of photons, electrons, positrons, hydrogen, helium, 300 TeV neutrinos, cold ionization, space energy gradients, and significant electromotive force. UCST addresses various cosmic phenomena, such as universe rotation, galaxy rotation, galaxy halos, redshift, expansion, voids, and more.

Theoretical Framework and Benefits

UCST uses known laws of physics, requires no extra energy, and eliminates mystery: forces, particles, paradoxes, and loose ends. This framework using a few simple consistent natural rules offers potential solutions to at least 7 current cosmological infinities and paradoxes, providing elegant parsimonious explanations for complex phenomena.

The goal of UCST work is to create a framework that shows a potential path, by simple incremental steps, of the universe evolution from creation, to eventual near heat death, and back to creation, by describing the natural stages that form a loop of the universe: Condensate, Phase Change, Active Universe, Kelvin Cooling, Condensate. 

UCST framework offers comprehensive solutions, identifying key drivers, rules, and natural regulators that unify explanations for a diverse range of seemingly disconnected phenomena.

UCST findings, and frame order of events, solved current conundrums and paradoxes, making a viable path that flows with parsimony, and are complimentary aspects to many current universe evolution models.

UCST frame work, and step by step path, incorporating solid pieces from other models, has many points solidly supported, providing a model that is very predictive in a very wide scope of observations, and shows how seemingly disconnected phenomena are the results of the same simple drivers. 

UCST relies on well-established physical principles and introduces a simple, empirically driven consistent framework for understanding space energy density dynamics across all possible dynamics of the universe. 

UCST is designed as a dynamic, eternal working model, comprised of modular steps that can be reordered, refined, reinforced, expanded, or replaced as new data informs and evolves the theory.

Guiding principles: UCST aims to eliminate infinities and mystery forces or mystery powers, resolve paradoxes, and explain complex phenomena through simple, empirically-driven rules, ensuring a parsimonious framework from inception to conclusion, while identifying and addressing potential loose ends.