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What is Charge Admittance?

Charge Admittance (CA) presents a revolutionary perspective of the universe by focusing on energy, not mass, as the driving force of physical reality. At the quantum level, energy forms a dynamic lattice that defines “space” and governs the speed of light, with gravitational effects manifesting as changes in energy speed rather than spacetime curvature. Rooted in classical physics and supported by experiments like those of Eddington and Pound-Rebka, CA unifies the insights of Newton, Maxwell, Planck, and Einstein into a coherent framework, challenging established views on gravity and space.

Energy-Centric Universe: CA shifts the fundamental view of reality from mass to energy, proposing that energy is the foundational element shaping the universe.

Energy Origin: At the Planck scale, energy begins as quantum charge, initiating all physical phenomena.

Dipole Formation and Space: This quantum charge forms dipoles, creating an energy-time lattice governed by μ0 (magnetic permeability) and ε0 (electric permittivity). Lorentz forces shape this lattice, which defines the structure of “space.”

Classical Physics Foundation: CA is deeply rooted in the classical works of Newton, Maxwell, and Planck, providing a consistent basis for understanding the physical world.

Aether Reimagined: CA redefines the concept of aether as a lattice of energy dipoles permeating space, replacing the classical concept with a modern, energy-based interpretation.

Lattice Density and Energy Propagation: The density of the μ0ε0 lattice determines the speed at which energy propagates, influencing observable phenomena like the speed of light.

Equivalence Principle: CA supports the mass-energy equivalence principle, reinforcing the relationship between energy and mass as described by Einstein’s E=mc².

Gravity as Energy Acceleration: In line with General Relativity’s idea of gravity as an acceleration, CA explains the mechanism that this is due to the result of changes in the speed of energy through the lattice.

Unified Framework: CA integrates the foundational work of Newton, Maxwell, and Planck with Einstein’s insights, providing a cohesive framework that links classical physics with modern theories.

Experimental Support: Experiments by Eddington, Pound-Rebka, and Shapiro provide empirical support, demonstrating that gravity affects the speed of energy, aligning with CA’s predictions.


For First Time Visitors: “It’s the Energy Stupid!”

Charge Admittance for Dummies offers a quick review if you’re new to the concepts of charge, energy, and their interplay within the universe. This user-friendly introduction simplifies complex ideas, helping you understand how space, time, energy, and gravity are interconnected. It’s the perfect starting point to grasp the foundational principles before diving deeper into our detailed theses.


A New Realization.

CA Unifies Energy, Gravity, and Quantum. Electromagnetic Energy, (EM), stands as the bedrock of the cosmos, pervading every facet of existence from the macroscopic scale of galaxies to the subatomic realm. It is the only energy that can move between frames. It acts as the driving force behind the formation and dynamics of celestial bodies, galaxies, and the intricate web of interactions that define the universe.

Central to this rethinking is the distinction between Charge Admittance (CA) and General Relativity (GR). While GR suggests that space itself bends in response to mass density, CA proposes that space does not exist without energy. Instead, what bends or distorts is not space but the energy lattice—a structure of energy defined by permittivity and permeability (ε₀ and μ₀), forming a kind of lattice that both harbors energy and dictates its flow.

It is this lattice of energy, rather than space, that exhibits viscosity and responds to energy density changes. Gravity, then, is not a force acting on mass but an emergent effect of energy density within this lattice. As energy spreads through the lattice, it creates waves and ripples that we interpret as gravitational effects. In contrast to GR’s mass-driven curvature of space, Charge Admittance sees gravity as a consequence of the energy field’s interaction with the μ0ε0 lattice. It is this lattice at the quantum scale that defines the universe’s structure and the behavior of gravity.


A New Equation Based on a Hidden Constant.

ηspace = 1/√μ0ε0 where μ0 = Z02ε0 In reconsidering the foundation of energy-mass equivalence, we challenge the long-held assumption that the speed of light (c) is the primary fundamental constant. Instead, we introduce a new constant, ϕ, representing the ratio μ00. This constant must be maintained to preserve phase quadrature in electromagnetic waves, even when the speed of light (c) varies. Using Maxwell’s relation c² = 1/μ0ε0, we propose that the key to consistent wave propagation lies in maintaining the impedance ratio Z0², rather than the speed of light itself.


Introducing Magna Trilogia, Three Theses That Transform Thinking.

Charge Admittance (CA) “In the beginning there was a wind” – The charge’s journey begins.

The journey begins with CA, exploring how charge may represent the universe’s first quantum form of energy. This initial emergence reframes particles not as discrete entities but as dynamic energy constructs, shaped by the properties of time and charge. In this foundational phase, the principles of energy flow take precedence, much like a wind setting out across the vast landscape of space. As this charge embarks on its journey through the fabric of the cosmos, it encounters the principles of admittance, which govern its flow and transformation. This thesis delves into how energy permeates space, with the values ε₀ and μ₀ defining the medium through which this energy flows, laying the groundwork for the forces and phenomena that follow.

Energy Continuum (EC) “Let there be light” – The energy structures arise.

In the Energy Continuum thesis, we turn to the birth of light and the awakening of energy’s flow. Here, energy defines the space and time through which it propagates, creating a continuum that binds all things. The viscosity of the electromagnetic field, shaped by μ0 and ε0, governs how energy moves and how the universe’s structure emerges. EC provides the framework for understanding energy as the driver of the cosmos, forming a unified backdrop against which all interactions take place. Just as light emerged from primordial darkness, EC reveals the pathways through which energy and gravity emerge, reshaping our understanding of space as an emergent property.

Gravity (Gv) “Let the waters be gathered together” – Then there were tides.

Gravity arises from changes in energy density within the Energy Continuum, shaped by how easily energy flows through time. Rather than pulling objects together, gravity flows along paths shaped by energy density variations within the medium, a varying viscosity affected by the μ0ε0 field. This redefinition of gravity as an emergent phenomenon.


Project.

Notes The given theses are the result of substantial note-taking and research. These notes, which offer thorough insights and fundamental information, serve as the cornerstone of the “Null Start” assumptions. They serve as the reference materials for the information analysis, synthesis, and study.

Log The Log provides a historical account of our development. As we navigate the intricacies of this new universe map, we kindly invite you to keep an eye on our progress. Come explore with us.

AI Review For a deeper understanding of our foundational concepts and the new insights into gravity and energy density.

Search – The “🔎︎” on the menu.

The search feature on the menu is a powerful tool that opens a window where you can enter words or phrases related to the subjects discussed on this site. This feature quickly displays all instances of related text in the entire website, along with direct links to the pages containing them. It’s designed to help you navigate through the research efficiently, and I use it myself as a shortcut when reviewing my work. Whether you’re exploring specific concepts or looking for detailed explanations, the search function will guide you directly to the relevant content.


Rev. date: 10/03/24 R.M..