Intrinsic Magnetic Dipole Moments in the passage of Time

As light waves interact with the electron probability cloud, of an atom, it forms a photon electron coupling or dipole moment. This sets the angular momentum of the quantum spin of the electron at a set position in space at a set moment in time.

This forms what is called a magnetic dipole moment, with a combination of moving charges, electric currents, and the magnetic moments of other particles interacting together to form the structures that our everyday life is based upon.

This process of energy exchange forms the potential for one region to align with atoms in another forming complexity and diversity. This is relative to environmental temperature with snowflake diversity being a good example.