Try this redpill:
>Fields are described as tensors.
>Tensors can be reduced to multidimensional graphs and multidimensional hypergraphs.
>Algorithms such as Breadth-first search and spreading activation activate graphs.
>This activation can be measured as waves (tried to with success).
>Fields emitting waves can therefore be described using algorithms (probably parallel computing algorithms).
>A very insignificant signal introduced in such a graph can trigger very large predictable outcomes. This is referred to as a glitch. Glitching reality.
>The adjacency matrix can be computed.
>Fields are described as tensors.
>Tensors can be reduced to multidimensional graphs and multidimensional hypergraphs.
>Algorithms such as Breadth-first search and spreading activation activate graphs.
>This activation can be measured as waves (tried to with success).
>Fields emitting waves can therefore be described using algorithms (probably parallel computing algorithms).
>A very insignificant signal introduced in such a graph can trigger very large predictable outcomes. This is referred to as a glitch. Glitching reality.
>The adjacency matrix can be computed.
