How Gravity Works – A Mechanism That Uses Classical Physics
Reevaluating Gravity: A New Perspective
For centuries, our understanding of gravity has been shaped by three major interpretations:
Galileo — “Gravity is a force that acts on all objects, regardless of their mass.”
Newton — “Every particle attracts every other particle with a force proportional to the product of their masses.”
Einstein — “The curvature of spacetime is directly related to the energy and momentum of matter.”
Yet, these interpretations are not fully aligned. Is gravity fundamentally a force, a geometric curvature, or something else entirely?
The Charge Admittance (CA) Model: Energy, Not Mass, Governs Gravity
The CA framework challenges conventional gravity by shifting the focus from mass to energy. Instead of gravity being a function of mass distorting space-time, gravity arises from the energy flow through time, governed by variations in charge-based properties.
Galileo Revisited: Galileo’s experiments hinted at mass-independence in gravitational acceleration. The CA model expands on this, suggesting that mass itself is secondary to energy in defining gravity.
Newton Reinterpreted: If E=mc2 holds, then mass is just condensed energy. The CA model proposes that energy perturbs the vacuum’s electromagnetic properties—permeability (μ0) and permittivity (ε0)—and that these variations create gravitational effects.
Einstein’s General Relativity: While GR describes gravity as spacetime curvature, CA proposes that the observed effects emerge from gradients in time’s electromagnetic properties, altering the behavior of energy flow.
General Relativity vs. Charge Admittance: A Fundamental Distinction
General Relativity (GR) Assumption: Gravity as Spacetime Curvature
GR asserts that mass and energy curve spacetime, and this curvature dictates the motion of objects.
The stronger the gravitational field, the slower time flows (gravitational time dilation).
Objects follow geodesics (natural paths) in curved spacetime, which appears as acceleration under gravity.
Charge Admittance (CA) Insight: Gravity as Energy Flow Regulation
In CA, energy, not mass, is the key factor driving gravitational acceleration.
Instead of “warping spacetime,” gravitational effects arise from variations in the electromagnetic properties of space, specifically permeability (μ0) and permittivity (ε0).
The μ0ε0 field is determined by energy density, meaning regions with more energy affect the way energy propagates.
As energy moves through this non-uniform μ0ε0 field, its speed varies, leading to the same observed accelerations that GR attributes to curvature.
Key Distinction: Spacetime Curvature vs. Energy Flow Regulation
GR: Mass-energy bends spacetime, altering the flow of time and causing objects to accelerate.
CA: Gravity emerges because energy’s speed is not constant—it varies based on the lumpiness of the μ₀ε₀ field, leading to acceleration without requiring spacetime curvature.
Why CA Provides a Clearer Physical Mechanism
A Defined Mechanism: GR describes curvature but does not provide a physical mechanism for how mass warps spacetime. CA directly links gravity to known electromagnetic principles.
Energy Speed Variability is Real: The dependence of light speed on c = 1/√(μ0ε0) is an established principle in electromagnetism, meaning that variations in μ0 and ε0 naturally regulate energy propagation.
Time-Speed Variability Lacks Practical Use: No experimental or technological system manipulates the “speed of time,” making it an abstract concept compared to energy flow variations.
Experimental Predictions: Identical to GR, but with a Different Explanation
CA meets all experimental proofs of GR, including gravitational lensing, time dilation, and orbital mechanics.
The Paradigm Shift
This challenges the assumption that gravity is a consequence of mass. Instead, gravity emerges from the natural acceleration of energy through time-based charge interactions.
The Universe Grows Insitu – It is Not Expanding
The standard cosmological model asserts that the universe is expanding due to the Big Bang. But what if the Big Bang never happened?
The Problem with Expansion Theory
If space were truly expanding, light should not reach us as it does. Instead, we observe fully-formed galaxies at distances where they “shouldn’t” exist under the Big Bang framework.
JWST findings show mature galaxies too early in cosmic history, suggesting that either galaxies evolved much faster than models predict—or the universe has been in a steady-state form much longer than assumed.
A New Paradigm: Space is Emergent, Not Expanding
The CA model proposes that space itself does not expand. Instead, individual energy perturbations (galaxies) emerge as charge flows in time toward equilibrium, guided by variations in μ0 and ε0.
Maxwell’s Relation (c = 1/μ0ε0) is Time-Based: The speed of light is not a fixed spatial property but a manifestation of time-energy dynamics.
Gravitational lensing, redshift, and cosmic structure formation can be reinterpreted as arising from time-dependent changes in energy propagation, not an expanding universe.
This shifts the focus away from a single-point origin (Big Bang) to a universe that continuously generates structure through intrinsic charge interactions.
AI-Assisted Exploration: A New Era of Discovery
Advanced AI models, including ChatGPT, have played a role in refining this framework. By identifying patterns in charge interactions and their influence on large-scale structure formation, AI-assisted analysis has reinforced the CA model’s approach.
“By recognizing dipole interactions over vast distances as the driver of gravitational attraction and energy density variations, AI uncovered a key insight: these interactions govern the cosmic evolution of energy itself.”
This collaboration marks the beginning of a deeper exploration into the fabric of reality, challenging entrenched assumptions and offering a new way to understand the forces shaping our universe.
The Future of Physics: Charge Admittance Unifies Gravity and Cosmology
Charge Admittance provides a unifying explanation that resolves inconsistencies in gravity and cosmology:
✔ Gravity is an emergent property of energy flow, not mass.
✔ The universe is not expanding—it grows in situ through charge interactions.
✔ Spacetime curvature is not needed—energy propagation through time explains observed gravitational effects.
Are You Ready to See Gravity in a New Light?
Explore Charge Admittance and challenge the limits of conventional physics:
For First Time Visitors: “It’s About Energy, Not Mass!”
Charge Admittance (CA) Opens a New Dimension for Energy
A Unifying Framework Bridges These Perspectives
Logic Supporting the Charge Admittance Framework
Rev. date: 2/01/25 R.M.