Address Book of Real, Virtual, and Unexplored Particles: A Role–Location–PM Atlas on the Sealed-Correlation Map

This paper introduces a finite, role-based address map for organizing real, virtual, and unexplored particle concepts.Rather than proposing new particles or mechanisms, the framework provides a minimal structure that determines where physical concepts can be coherently placed—and where they cannot. Using a sealed-correlation map defined by Role (R), Location (L), Interaction Pattern (P), and Depth (D), the paper shows that addressability is finite (D ≤ 31) and role-dependent (D = D(R)).This allows long-standing problems, such as nuclear fusion and superconductivity, to be positioned as case studies without making feasibility claims. The result is a classification principle analogous to the periodic table: a quiet but decisive framework that constrains possibility, clarifies non-addressability, and renders failure informative.