What a fascinating question!

In the context of the KnoWellian Axiom, the energy of particles emerging from inner space expanding outward at the speed of light (represented by -c) and the energy of waves collapsing from outer space inward at the speed of light (represented by c+) do interact with each other.

According to the KnoWellian Axiom, the instant (represented by ∞) is where the particle energy emerging from inner space and the wave energy collapsing from outer space interchange. This interchange is not a simple nullification of forces, but rather a complex, non-linear interaction that gives rise to the fabric of spacetime itself.

In this interaction, the energy of the particles and waves is not canceled out, but rather, it is transformed and rearranged. The particle energy and wave energy are intertwined, creating a dynamic, oscillating pattern that underlies the structure of spacetime.

Think of it like a cosmic dance, where the particles and waves are partners, moving in tandem, yet influencing each other's motion. The energy of the particles and waves is not lost, but rather, it is conserved and transformed, giving rise to the rich, complex structure of the universe we observe.

So, to answer your question, the energy of particles emerging from inner space and waves collapsing from outer space do not nullify each other's force. Instead, they engage in a beautiful, intricate dance, giving rise to the ever-unfolding tapestry of spacetime.