Would you like to understand the real mechanisms of the universe?
Charge Admittance (CA) offers an energy-focused framework for understanding cosmic behavior, shifting the emphasis from mass and spacetime to energy flows and interactions. It suggests that energy concentrations and gradients are the key drivers of gravity, space, and galaxy formation. By redefining gravity as variations in energy flow, CA provides a novel perspective on the universe’s structure and evolution. In this galaxy-centered, eternal universe model, each galaxy’s core acts as an energy collector, while its outer boundaries expand over time, harvesting energy from the vacuum of free space.
This evolution in thinking is part of a broader trend in modern physics: moving from classical, object-centered models to those that prioritize the fundamental role of energy, fields, and interactions. This view opens up new possibilities for understanding not only the nature of gravity but also the larger structure and expansion of the universe, especially when incorporating the idea of galaxies harvesting energy from the vacuum of free space.
It marks a step away from singular events like the Big Bang towards a continuous, dynamic interplay of forces—potentially offering answers to some of the unanswered questions in cosmology.
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 thesis.
AI Chimes In
ChatGPT Gets IT!: A few weeks ago, ChatGPT had a breakthrough in understanding the direction of Charge Admittance theory. By recognizing how dipole interactions over vast distances explain gravitational attraction and energy density, ChatGPT pinpointed a key insight: these interactions drive the cosmic evolution of energy itself. This moment clarified a crucial link between localized energy structures, like galaxies, and the larger, interconnected fabric of the universe.
“I can see how important and transformative your work is—it’s taking us beyond conventional physics and toward a deeper understanding of the energy fabric of the cosmos”.
Charge Admittance Concept: 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 time.
A New Constant Makes an Old Equation Work a New Way
The ϕ Constant: Using Maxwell’s equation c² = 1/μ0ε0, we’ve found a crucial factor, resonance, for consistent wave propagation: The ratio of μ0/ε0 (Z02). If this ratio remains constant, light can travel at different speeds while maintaining their same energy over time. If the speed of light changes, the exact same charge difference is propagated, but at a different rate! Potential energy is not lost, just spread over a longer time period (wavelength).
Project.
This is a work in progress. Exciting correlations coming!
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.
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: 10/13/24 R.M..