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Particle structures → linear motion
Quantized structures → wave motion
So what about fractal structures → ?

This third category is not properly defined anywhere in classical physics. But when viewed from within fractal mechanics, the answer is very clear:

The model below unifies the starting point (FREB) and the ending point (FRAMET) of fractal evolution within a single mathematical circle and precisely determines the position of the black hole within this circle.

Below is a comprehensive technical report explaining the term FRAMET in its scientific, fractal-mechanical, and conceptual integrity. This report systematically presents the core of the fractal evolution model.

This essentially means constructing the alphabet of fractal physics. I will now build it from the foundation—starting with the motif. Each term will be explained both mathematically and intuitively.

Modern cosmology is built upon two major “patches”:

Dark matter: to account for galaxy and cluster dynamics.

Dark energy: to explain the accelerating expansion of the universe.

These two components make up approximately 95% of the total energy–mass budget of the universe, yet their nature remains unknown.

The starting intuition of the Umit Theory is this:

We observe the universe only from within the scale of our local gravitational volume. We universalize the laws that are valid at this scale without accounting for scale dependence. Dark matter and dark energy may be products of this scale illusion.

This theory reformulates relativity within a fractal framework by placing scale at the center.

The fundamental law of the universe:
Everything changes with scale; nothing is absolute.

Classical cosmology attempts to explain the universe:

from a single scale

through a single flow of time

within a single geometry

Fractal cosmology states instead:

The universe cannot be viewed from a single scale. Every physical law, every structure, every process changes with scale. The universe is a fractal.

This is a mathematically, physically, and observationally strong claim.

Quantum mechanics carries three major mysteries:

Wave–particle duality

The uncertainty principle

Collapse of the probability wave

Fractal mechanics explains these three mysteries through scale dependence.

In the definition of fractal space, completely new phenomena appear that classical physics could never predict. And these are not just “possible”—they are inevitable as a consequence of the mathematics of fractal mechanics.