A boson is an entangled shell of propagating oscillators.
Propagation is fundamentally not vector-like, but is scalar (or radial in space).
A boson exists as a degenerate entity, without unique location, and disconnected from reality, until it can form a fermion.
Bosons and fermions are made of the same stuff, but their physical manifestation depends on the uniqueness or commonality of their attributes.
Fermion state is simply a snapshot of the states of the contributing oscillators, with two of the waves privileged in a coupled state.
By default, if nothing else happens to radiated bosons, they will continue to radiate. For example, a single fermion, without any other entities to interact with, will never reconstitute. This means the physical process is inherently thermodynamic and entropic.
If we try to quantify the probability of a radiating fermion interacting with vacuum at any given radius, we get a formulation[15] that looks like Shannon entropy.