A canonical coordinate atlas is presented for twelve nuclei from 1H through 14N using the NORA (Nuclear Orientation Reference Axes) body-frame orientation system introduced in paper R183. For each isotope, one representative assembled geometry is selected by lowest final energy from the current archive, the NORA body frame is assigned, and the positions of all protons and neutrons are expressed in centroid-relative body-frame coordinates (p, c, f, a), corresponding to North/South, Crown/Root, Fore/Aft, and Ana/Kata components. The atlas reports these positions in both numerical and verbal form so that it functions simultaneously as a rigorous geometric dataset and as a practical guide to reading nuclear structure in NORA language. The full nucleon coordinate tables for all twelve isotopes are located in Appendix B. Isotope-level summary profiles are also provided, including proton and neutron centroid positions, proton-pole strength, and proton-neutron separation strength. Across the twelve-isotope set, the atlas reveals a progression from simple polar organization in the smallest nuclei to increasingly mixed polar and transverse structure in lithium, beryllium, boron, carbon, and nitrogen. The principal contribution of the paper is the publication of a stable body-frame reference geometry for each isotope in the current set. This converts NORA from a formal orientation standard into a working geometric atlas and provides a common coordinate foundation for later studies of directional fusion, surface presentation, clustering, vibrational behavior, and pairwise nuclear alignment.
Stephen Euin Cobb (Sat,) studied this question.
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