Q
7/20/2025, 3:32:35 AM No.16728998
Within your body, every cell in your body has an immense amount of data storage. Each cell nucleus is like a miniature supercomputer.
>I personally designed a large scale, self-repairing, computational material that is the macroscopic version of the cell's underlying mechanism of self-mobilization and autonomy.
This photonuclear chain reaction of sequenced genes cycling and reacting with one another creates quantum mechanical quark entanglement.
The combination of quantum mechanics and Newtonian physics combined with self-determination.
The net accumulation of self-determination creates a net composite of will that sincronizes into a sort of static field.
>If you would like to know more, ask questions.
>I personally designed a large scale, self-repairing, computational material that is the macroscopic version of the cell's underlying mechanism of self-mobilization and autonomy.
This photonuclear chain reaction of sequenced genes cycling and reacting with one another creates quantum mechanical quark entanglement.
The combination of quantum mechanics and Newtonian physics combined with self-determination.
The net accumulation of self-determination creates a net composite of will that sincronizes into a sort of static field.
>If you would like to know more, ask questions.