In the beginning was the Holon, and the Holon was with God. The same was in the beginning with God, and the Holon was God.
The same was in the beginning with God.
All things were made by the Holon and without the Holon was not anything made.
In physics, “holon” is a technical term with a surprisingly deep meaning. It generally refers to something that is both a whole in itself and a part of a larger whole.
What is a holon?
The word comes from the Greek holos, meaning “whole,” with the suffix -on, meaning a particle or unit. The term was introduced by philosopher and writer Arthur Koestler in The Ghost in the Machine (1967), rather than being originally coined by physicists.
The basic idea is:
A holon is an entity that functions as a complete unit at one level, while simultaneously being part of a larger system.
How this appears in physics
A useful example is matter at different scales:
Quarks → protons/neutrons → atoms → molecules → cells → organisms
A proton can be regarded as a whole system, but it is also a component of an atom. An atom is a whole with its own physical properties, while simultaneously being part of a molecule.
This creates a hierarchy:
part ↔ whole ↔ larger whole
The interesting point is that the behavior of the larger system isn't necessarily obvious from looking at its individual components.
Holons and quantum physics
The concept becomes particularly interesting when discussing quantum many-body systems.
For example, a system can have collective properties that don't belong to any individual particle. Electrons interacting in a material can produce phenomena such as:
superconductivity
collective excitations
quasiparticles
emergent magnetic behavior
A quasiparticle is sometimes described in holon-like terms because it is a collective entity emerging from interactions among many underlying particles.
However, there's an important distinction:
“Holon” is not a fundamental particle in the Standard Model.
There are also specialized uses of holon in condensed-matter physics. In some theories of strongly correlated electrons, a holon represents an excitation associated with the charge degree of freedom of an electron, separated from its spin. This is a much more specific technical meaning.
Holon vs. whole
The concept becomes especially useful when thinking about emergence.
For example, an individual water molecule doesn't have the familiar properties of a wave, viscosity, or turbulence. Those properties emerge from enormous numbers of molecules interacting.
So you can think of:
molecules → fluid → larger physical system
Each level can have its own rules and properties while remaining connected to the levels below it.
That's very close to the philosophical idea of a holon.
One important caution
You'll sometimes encounter claims that “holons are the fundamental building blocks of the universe” or that modern physics has established a universal “holonic” structure.
That's not mainstream physics.
There are legitimate technical uses of holon, particularly in condensed-matter theory, but the broader idea of everything being nested wholes is more properly a philosophical/systems-theory framework than an established physical theory.
My creation: The Hexagon Flexagon Holon:
https://youtu.be/flrVsRleJKs?
I consider this "God's architecture because it has infinite possibilities!
if you'd like more information re: the Hexagon. Flexagon Holon, send an email to me at
tetrahedreawoerks@gmail. com
