A New Way to Understand Energy, Space, and Gravity
What if everything in the universe — space, time, light, even gravity — could be explained by how energy moves?
Charge Admittance (CA) is a new framework in physics. Instead of starting with mass or curved space, CA starts with a simple idea:
Energy flows through a field that has structure. That structure controls how energy moves, interacts, and becomes matter.
Energy, Not Mass, Comes First
We’ve all heard Einstein’s famous equation: E = mc2
But if we flip it around — E/m = c2 — something interesting appears:
The energy per unit of mass equals the speed of light squared.
CA takes this seriously. It means mass is just energy that’s “stuck” or moving differently. Energy isn’t caused by mass — it’s the other way around. The universe runs on energy movement.
Space Is Not Empty
In CA, space isn’t just a vacuum — it’s a field made of tiny charge fluctuations. You can think of it like a flexible mesh or fabric made of invisible electric “ripples.” This field has two key properties:
- Permittivity (ε0): Governs how easily electric fields form and propagate.
- Permeability (μ0): Determines how magnetic fields respond and interact.
These two values determine how fast energy moves — in other words, the speed of light.
- In regular physics, these are constants.
- In CA, they can change, depending on how much energy is nearby. That means:
The speed of light isn’t always the same. It depends on the field.
Light Is a Wave in the Field
In this model, light (a photon) is a wave moving through the charge field — like a ripple on a pond. Its speed and behavior depend on the local structure of the field, not just empty space.
Think of magnetic flux as cosmic wind—guiding energy and charge across the universe, shaping galaxies and fields. Time is this wind’s measure.
Time Is a Constant — It’s Energy That Changes Speed
In Einstein’s theory of relativity (GR), the speed of light is constant, and time can stretch or shrink depending on gravity or motion.
CA flips this idea:
Time flows at a constant rate — it’s energy that speeds up or slows down.
It’s a simple but powerful reframe. The question becomes:
Which is the true measuring stick — time, or energy’s speed?
In CA, time is the steady backdrop. Energy moves through a structured field, and the properties of that field (like ε₀ and μ₀) decide how fast energy can go. When the field gets denser — like near a planet — energy flows more slowly. That looks like time is changing. But really:
Time hasn’t slowed down — the field has.
Instead of bending time or space, the field just changes how fast energy can move.
And once we adopt that view, many of physics’ deepest puzzles — from black holes to cosmic redshift — begin to untangle.
Gravity Without Curved Space
This shift in perspective makes gravity much easier to understand.
Traditional physics says gravity is caused by mass bending space. CA says:
Gravity is a change in how easily energy can move.
If the field has a gradient — a slope in how ε₀ and μ₀ are arranged — energy “falls” through that slope. That looks like gravity, but there’s no need for curved space.
The acceleration we call gravity becomes:
g = -dc/dx
(the rate of change of light speed across space)
So instead of bending space, gravity is a shift in the field that controls energy speed.
Why This Matters
CA helps explain things that standard physics struggles with:
- Why the speed of light might not be truly constant
- How gravity and electromagnetism could be connected
- What really causes mass, time, and space to exist
- Why some “mysteries” like dark energy or antimatter might be side-effects of how we’re looking at the problem
It’s not science fiction — it’s a new way to look at the rules behind the universe.