Basic Axioms

This concept is based on Einstein’s equation:   

     E = Mc²

This equation defines the equivalence of energy and matter, recasting the fundamental interactions of the universe as manifestations of energy flows. By integrating DBEF, we propose a mechanism that regulates and stabilizes these flows, allowing the formation of different energy domains and structures.

In physics, mass–energy equivalence is the relationship between mass and energy in a system’s rest frame, where the two quantities differ only by a multiplicative constant and the units of measurement. The principle is described by the physicist Albert Einstein’s formula: E=mc². In a reference frame where the system is moving, its relativistic energy and relativistic mass (instead of rest mass) obey the same formula.

Energy as a Fundamental Entity

The universe consists exclusively of energy flows, which, under certain conditions, are transformed into matter. Matter is a localized, stabilized form of energy flow. Forces, as traditionally defined, are emergent phenomena that arise from the interaction and regulation of energy flows.

Dynamic Energy Flow Buffering (DBEF)

DBEF is the process by which chaotic energy flows are regulated, redistributed, and stabilized to create order and structure in the universe. The DBEF operates at all scales, from the formation of subatomic particles to the emergence of galaxies, ecosystems, and biological systems.

The Absence of Traditional Forces

According to Newton’s third law, “for every action, there is an equal and opposite reaction.” However, in our framework, there are no acting and reacting forces in the universe; there are only chaotic flows of energy.

Feigenbaum Constants in Chaos

The Feigenbaum constants are universal numbers that describe the behavior of systems undergoing period-doubling bifurcations—a process where chaos emerges from order.

• δ (Period-Doubling Constant): Approximately 4.669, which controls the scale ratio between successive bifurcations.
• α (Scaling Constant): Approximately 2.503, which controls the speed of convergence of bifurcation points.

Application of Energy Flows

In chaotic systems, energy flows can bifurcate (split) into stable patterns governed by these constants. By applying δ, the system transitions from 2 flows to 4, then 8, 16, and so on, creating a hierarchy of flows that stabilizes into cyclical patterns. After the 8th buffering, 256 streams are formed, after which δ ≈ 4.669, and repeating cycles begin—resulting in fractals.

Separation of Three Asynchronous Energy Flows and Their Role in Quantum Physics

The DBEF concept defines  three primary energy flows  that govern the creation of matter and the emergence of gravitational fields:

1. Electromagnetic Flow: Governing light, radiation, and the interactions of charged particles.
2. Weak Flow: Driving radioactive decay and neutrino interactions, essential for processes like nuclear fusion.
3. Strong Flow: Binding quarks together to form protons and neutrons, the building blocks of atomic nuclei.

Matter generates a gravitational field

• When matter formed, its  mass-energy content  began to curve space-time, as described by Einstein’s general theory of relativity.
• This curvature of space is what we perceive as  a gravitational field . In this sense:
  • The gravitational field is not an independent “flow” or force, but a consequence of mass and energy created by the interaction of the three forces of the Standard Model.
  • The gravitational field is proportional to the mass and energy of the matter formed.
• Gravity as an extraordinary phenomenon:  Gravity does not exist independently of matter and energy. It arises as a result of interactions that create mass and energy.
• Unified understanding of forces:  While the forces of the Standard Model are responsible for the formation of matter, gravity is a secondary effect that arises from the mass-energy content of that matter.
• Cosmic evolution:  The formation of matter after the Big Bang and the resulting gravitational fields played a major role in shaping the large-scale structure of the universe, including the formation of galaxies, stars, and planets.

Fractals are everywhere, they are the final resting place of energy.

Fractals arise as the final state of energy distribution, representing the stabilization and buffering of excess energy. Similar patterns are observed in natural systems, from cosmic structures to biological networks.