Alternating Nucleon Model structures of stable nuclides from 2H to 64Zn

The attached data set represents alternating nucleon model (ANM) 3-D Cartesian coordinates of of average quark and nucleon positions for stable structures through zinc 64.The ANM constructs nuclear structures from three empirical inputs: (1) Proton charge radius: rp = 0.8414 fm [11], defining the nucleon spatial extent; (2) Nucleon-nucleon potential minimum: rNN ≈ 0.93 fm from Argonne v18 [12], defining optimal separation; (3) Prolate spheroidal geometry: derived from N→Δ(1232) quadrupole moment [13], representing nucleon deformation. We postulate that nucleons arrange to maximize nearest-neighbor connectivity while satisfying two constraints: (a) alternating isospin (proton-neutron pairs favored), and (b) separation distances near the potential minimum. The model generates a structural parameter—average coordination number (CAN)—that correlates with nuclear observables across multiple energy scales.