10/01/2025
Continuing with our investigations -- experiences which impact the human experience and the nature and origins of the same -- we explored with our artificial intelligence researcher if a paper stack could be used as a theory of everything, if every particle was a disturbance on a different sheet of paper, each a field of energy the disturbance disturbs its own piece of paper, all compressed together into one piece of paper, then crumpled together to add Einstein's spacetime curve gravity, but pairing the same with quantum field theory by boiling the ball of paper.
ChatGPT supported that indeed this was a fitting theory of everything, but Schrodinger already proved the same, because he proved the absurd, that every world view exists at the same time, until it doesn't.
In the theory above, every particle is a different disturbance on a different force field of energy, which can be superimposed on one another into a single field, with some exceptions for fermions, and where coupling constants are like volume knobs on a stereo, turning some forces on stronger settings than others.
Last, force particles in this theory aren't limited to the piece of paper, but rather, they flow like currents through the paper as the water boils, and only exist momentarily in place to hold "island-like" fermions together in what we know as atoms and molecules.
So imagine the paper stack pushed together as a cross-section of fermionic islands, through which boson currents flow. Then imagine every particle is just a disturbance in one of the superimposed energy fields interacting with other disturbances in other energy fields, collectively and respectively known as particles, and which make atoms and molecules with complicated interactions of multiple oscillations and spins of multiple energy fields in close enough proximation to one another as to create atoms and then molecules, with the fermions acting as the rocks or matter through which the energy field disturbances known as boson force particles flow.