>>12418138there are infinite worlds, but only on the quantum scale. the physical world is linear and realized. each particle has an infinite number of simultaneous timelines, known as superposition. however, when multiple quantum particles interact, such as in the case of an atom, they cause the emergence of a small, contained region of certainty, where all of their possibilities interact such that they combine into a certainty. the particles within the atom still have infinite potential timelines, and are still expressing them, but the region as a whole, unified space averages out into the guaranteed presence we consider matter. the more atoms you put together, such as molecules, cellular life, the planets, galaxies, etc., the more infinite potentials you have interacting with each other to achieve an ironically more stable and linear path. kinda like how the more dice rolls you make, the more guaranteed the averages become.
the photons and electrons and other quantum shit floating around in the air and in cables are still quantum, they have their infinite potentials, but when they interact with physical matter, the matter cannot recognize all of those infinite potentials. the individual particles within the atoms that interact with the electron or the photon experience those potentials, but then those potentials are absorbed into the whole of the structure as thermal energy, which is like increasing the number of sides on the dice. the interaction with the infinite potential of the photon/electron is absorbed into the whole, and becomes realized and linearly observed, even though the actual photon/electron, at no point, actually gained this linearity. it just added another side to the dice. the quantum particle never collapsed, the quantum particles within the atoms just averaged out the potential realities with the potential realities of the photon/electron, and represented this new reality.
