Elements as Conditioned Space‑Phase States: Evidence, Simplification, and Testability

This paper advances and defends the conjecture that all elements of the periodic table arebest understood as stable, quantized conditioning states of space‑phase. Rather thantreating elements as fundamental substances composed of intrinsic particles, thisframework interprets elemental identity as emerging from how the medium comprisingspace (known as ‘space-phase’ per SP3 theory as herein below defined) itself permits,confines, and stabilizes charge and mass. Using established experimental results fromatomic physics, condensed matter, chemistry, and nuclear science, the discussion showsthat all measurable elemental properties already depend on spatial permission structures.The conjecture simplifies physical ontology, aligns with known observations, andintroduces clear falsification pathways.