The Fundamental Unit Theory of Reality implies that there are only two fundamental “forces” within reality, as described in the theory. The first force is the “attraction” force between fundamental units, causing their directions to change towards one another over iterations. The second force is the “collision” force between units, resulting in their directions becoming opposite to their previous directions over iterations.

As a result, all other forces that modern science identifies as fundamental forces are not truly fundamental. Instead, they arise from stable patterns of fundamental units interacting with one another, known as “layers.” The basis of these interactions is the fundamental units within these layers interacting with the fundamental units of other layers.

Examples of these non-fundamental forces include the weak force, electromagnetic force, and the strong force. In the context of the Fundamental Unit Theory of Reality, these forces can be understood as emerging from the complex interactions and arrangements of the fundamental units across different layers.