Core Principles of the Field Medium (FM)

​

Fundamental assumption

Space is not empty.
It is a continuous physical medium — the Field Medium (FM).

All physical phenomena arise from reorganizations of this medium.

​

1. Structures

Matter is not made of isolated particles.

All structures are stable vortex-resonances in the Field Medium.

They exist only as long as their internal organization can be maintained.

​

2. Process rate

All physical processes — clocks, oscillations, decay — are reorganizations in FM.

Process rate is the rate at which these reorganizations can occur.

When the medium becomes more demanding to reorganize, processes slow down.

​

3. Propagation

Propagation is the transport of reorganization through the medium.

The maximum propagation speed is determined by the intrinsic properties of FM.

This speed is observed as ccc.

​

4. Gradient

The Field Medium is not uniform.

A gradient is a spatial variation in reorganizational demand.

​

Near mass:

• reorganizations require more effort

• process rate decreases

• propagation slows

​

This produces what is observed as gravitation.

​

5. Motion

Movement through FM increases reorganizational load.

A moving structure must continuously reorganize the medium along its path.

​

This leads to:

• reduced process rate

• increased resistance to change

​

6. Inertia

Inertia is the resistance of the Field Medium to changes in established reorganizations.

Acceleration requires restructuring of the medium, which produces resistance.

​

7. Energy

Energy is the amount of reorganization involved in the Field Medium.

• kinetic energy: reorganizational load due to motion

• potential energy: difference in reorganizational demand

​

Energy is conserved because reorganization is conserved.

​

8. Unified view

All physical phenomena can be understood through three connected aspects:

• Process rate (how fast change occurs)

• Propagation (how change moves)

• Gradient (how conditions vary in space)

• ​

Summary

The Field Medium model describes physics as the behavior of a continuous medium.
Structures, motion, and interactions are all forms of reorganization, governed by local process rate and propagation within a spatial gradient.

​

The core principles define how the model operates.
To understand what these principles act on, we must first define the nature of the medium itself.

​

Observable consequences

All core principles together describe observed physical behavior, including:

• motion and inertia

• wave propagation

• gravitational effects

• electromagnetic phenomena

👉 Explore the model and phenomena →