The Fundamental Unit Theory of Reality suggests several ideas that might challenge modern scientific understanding:
- Fundamental units of reality, sometimes referred to as photons and gluons, are the building blocks of everything that exists.
- Since reality is the iterative outcome of fundamental units following the process of Fundamental Unit Theory, nothing is ever at rest.
- Mass can be defined as the number of fundamental units in a volume of space in a given iteration.
- Energy is a mathematical concept rather than a scientific one. Mass describes the density of fundamental units in space, and energy transfer is actually the change of fundamental units’ locations in space.
- Photons and other particles don’t inherently travel in waves. The wave-like appearance as they travel is due to their paths’ directions being influenced by surrounding fundamental units over iterations.
- Temperature is a mathematical concept rather than a scientific one. Temperature is a measure of the number of coordinates in a specific volume of space containing fundamental units in excess of the fundamental units that make up the atoms in that volume of space. Warm and cold sensations result from the diffusion of fundamental units between layers of different densities. For example, when something feels cold to us as humans, what we are actually feeling is the diffusion of excess fundamental units out of us and into the comparatively less dense layer (i.e. air) that we are in contact with.
- Time is the repetition of iterations in the Fundamental Unit Theory model, which aligns with our understanding of the 4th dimension. The beginning of time is when the program starts running, possibly at the Big Bang.
- As described here, forces are the outcomes of programmed changes in the direction of fundamental units through iterations. Gravity and Newton’s Third Law are the only true fundamental forces as they directly result from the change in direction of fundamental units through these iterations. All other forces, including electromagnetic, weak and strong, are combinations of these two forces.
- Electrons can be visualized as densities of fundamental units of varying layers orbiting the nucleus layer within an atom. The atom’s space is likely filled with clusters and layers of traveling fundamental units.
- While we perceive solids to be exactly that – solid – we can now assume using the Fundamental Unit Theory that solids are constantly swapping out fundamental units in a way that iteratively gives the appearance that a solid is made of one continuous material. Because all fundamental units are identical, the resulting pattern from fundamental units replacing one another is what makes a solid appear solid, despite the specific fundamental units that make it up in any given iteration being different than the previous iteration in some cases.
- Certain aspects of quantum physics like multiverses and superposition are inaccurate representation of reality, and are what is known as howlers. These ideas result advanced mathematics built on comparatively less advanced scientific concepts. Wormholes, for example, don’t exist.
- Dark matter is composed of various layers of reality that don’t lose fundamental units. The Fundamental Unit Theory makes it easier to understand this phenomenon.
- Space exists only where fundamental units exist, with the capacity to expand as they continue to iterate.
- Black holes are the result of extremely dense layers of fundamental units where there are considerably more fundamental units in a volume of space than the atom contains. This causes fundamental units that approach them to be trapped within.
- Reality operates like a computer program, according to the theory.