Electromagnetism in the Field Medium

What electromagnetic phenomena are

Electromagnetism is not a separate field.

Electromagnetism is not an additional mechanism, but a specific form of wave propagation already described.

Electromagnetic phenomena are wave processes in the Field Medium.

They are propagating patterns of reorganization, governed by the same principles as all motion in FM.

Origin of electromagnetic waves

Electromagnetic waves arise when a structure undergoes asymmetric reorganization.

uniform motion produces no disturbance
acceleration creates imbalance
this imbalance cannot remain local

The disturbance propagates outward as a wave.

EM radiation is therefore generated when local reorganization becomes directionally uneven.

Electric and magnetic aspects

The electric and magnetic components are not separate entities.

They are two inseparable aspects of the same reorganization process.

the electric aspect represents local imbalance in organization
the magnetic aspect represents the directional propagation of that imbalance

They arise together and cannot exist independently.

Field interpretation

What are traditionally called “fields” are not independent substances.

They are descriptions of how the Field Medium is locally reorganizing.

an electric field corresponds to a spatial imbalance
a magnetic field corresponds to organized directional propagation

These are not separate things, but different perspectives on the same process.

Wave structure

An electromagnetic wave consists of:

forward propagation through sequential local reorganization
internal reorganization primarily perpendicular to the direction of motion

This produces transverse wave behavior.

The forward direction is set by propagation,
while the internal dynamics define the structure of the wave.

Propagation speed

Electromagnetic waves propagate at the intrinsic limit of the medium.

This speed is observed as ccc.

This occurs because:

propagation is not limited by structural resistance
reorganization transfers efficiently between regions

Interaction with structure

Matter consists of stable vortex structures.

When an electromagnetic wave interacts with such structures:

local gradients are modified
internal organization is disturbed
energy is transferred

Interaction is entirely mediated through local reorganization.

Emission and absorption

Emission

occurs when a structure accelerates or reorganizes asymmetrically
the disturbance cannot remain confined
a propagating wave is generated

Absorption

occurs when incoming reorganization couples to internal structure
energy becomes part of the structure’s dynamics

Connection to light

Light is an electromagnetic wave.

It is a propagating pattern of reorganization at the maximum propagation rate of the medium.

Its properties arise from:

propagation
gradient interaction
local structure

Connection to core principles

Electromagnetism reflects all core aspects of FM:

Propagation → how the wave advances
Gradient → what drives the disturbance
Process rate → how reorganization unfolds locally
Structure → how interaction occurs

Summary

Electromagnetism in FM is wave propagation driven by local imbalance in a continuous medium.

no separate fields are required
electric and magnetic aspects are unified
waves propagate at the intrinsic speed ccc
interaction occurs through local reorganization
light is a direct manifestation of this process

Final statement

Electromagnetic waves are not entities traveling through empty space.
They are propagating reorganizations of a continuous medium,
generated by asymmetric motion and structured by the medium itself.

Electromagnetic behavior is directly observable in many physical systems.
These effects can be explored in detail through specific phenomena.

Observable consequences

Electromagnetic wave behavior is observed as:

propagation of light
interaction with matter (absorption and emission)
reflection and transmission
electromagnetic radiation from accelerating charges

👉 See detailed analysis in Phenomena →