In the matter of nuclear structure the dominant phenomenon is the spin pairing of nucleons, Below are found the studies which investigate this phenomenon.

1. The Evidence for the Formation of Nucleon Spin Pairs in Nuclei
2. The Estimation of the Enhancement of Binding Energy Due to the Formation of Nucleonic Pairs
3. The Division of the Binding Energy of the Helium 3 Nuclide Between That Due to the Strong Force and That Due to Nucleon Spin Pair Formation
4. The Division of the Binding Energy of the Triteron Between That Due to the Strong Force and That Due to Nucleon Spin Pair Formation
5. A Revision of the Estimates of the Parameters of the Nuclear Force Formula based upon the Difference in the Nucleonic Charge of the Neutron Compared to the Proton With the Results Applied to the Estimation of the Binding Energy of the formation of a Neutron-Proton Spin Pair
6. The Estimation of the Enhancement of Binding Energy Due to the Formation of a Neutron-Proton Pair
7. The Division of the Binding Energy of the Alpha Particle, the Helium 4 Nuclide, Between That Due to the Strong Force and That Due to Nucleon Spin Pair Formation
8. An Estimation and Analysis of the Binding Energy Involved in the Formation of Neutron-Neutron Spin Pairs
9. The Binding Energy Due to the Formation of a Neutron-Proton Spin Pair
10. The Relative Sizes of the Binding Energies Due to the Formation of Neutron-Neutron and Proton-Proton Spin Pairs
11. The Relative Sizes of the Binding Energies Due to the Formation of the Three Types of Spin Pairs and the Strong Force Interactions
12. A Proposition Concerning the Second Differences of the Binding Energies of Neutron and Proton Spin Pairs: That They Are Equal to the Interaction Energy of the Last Particles of Each Type with the Next-to-Last Particle of the Same Type
13. A Proposition Concerning the Cross Differences of the Binding Energies of Neutron and Proton Spin Pairs: That They Are Equal to the Interaction Energy of the Last Particles of Each Type with Each Other
14. The Correspondence of the Two Types of Estimates of the Binding Energy Due to the Formation of Neutron-Proton Spin Pairs
15. The Energetics of Neutron-Proton Spin Pair Formation as a Function of the Number of Protons in the Nuclide
16. The Energetics of Neutron-Proton Spin Pair Formation as a Function of the Number of Neutrons in the Nuclide
17. The Binding Energies Due to the Formation of Neutron-Neutron Spin Pairs and Proton-Proton Spin Pairs
18. The Distribution of the Enhancements to Binding Energy Due to the Formation of Neutron-Neutron Spin Pairs and Neutron-Proton Spin Pairs
19. The Relative Magnitudes of the Binding Energies Involved in the Formations of Neutron-Proton and Proton-Proton Spin Pairs
20. The Relative Magnitudes of the Binding Energies Involved in the Formations of Neutron-Proton and Neutron-Neutron Spin Pairs
21. The Separation of the Components of Nuclear Binding Energies
22. The Determination of the Binding Energies Associated with Spin Pair Formations
23. The Significance of the Nonexistence of Neutron and Proton Spin Pairs Outside of Nucleis
24. The Evidence for the Formation of Neutron-Proton Spin Pairs
25. The Evidence for the Formation of Proton-Proton Spin Pairs
26. The Evidence for the Formation of Neutron-Neutron Spin Pairs
27. Attraction and Repulsion in Nuclides Composed Entirely of Alpha Modules and Neutron Spin Pairs
28. A Comparison of the Incremental Binding Energies of Alpha Modules in Alpha Nuclides and Nuclides Which Are Made Up of Alpha Modules and One Neutron Spin Pair
29. The Testing of the Alpha Module Model of Nuclear Structure on the Nuclides Composed Entirely of Alpha Modules and One Neutron Spin Pair
30. The Binding Energies Due to the Interaction of Neutron Spin Pairs with Other Neutron Spin Pairs
31. The Binding Energies Due to the Interaction of Proton Spin Pairs with Other Proton Spin Pairs
32. The Estimation of the Nucleonic Charge of a Neutron Relative to that of a Proton Using Data Based on Nuclei made up of Alpha Modules and Neutron Spin Pairs Starting with the Incremental Binding Energies of Alpha Modules
33. The Incremental Binding Energies Due to the Interactions of Alpha Modules and Neutron Spin Pairs
34. The Incremental Binding Energy Relationships Among Nuclides Consisting of only Alpha Modules and Proton Spin Pairs
35. The Estimation of the Nucleonic Charge of a Neutron Relative to that of a Proton Using Data Based on Nuclei made up of Alpha Modules and Neutron Spin Pairs Starting with the Incremental Binding Energies of Neutron Spin Pairs
36. The Binding Energie Associated with the Addition of a Neutron-Neutron and Proton-Proton Spin Pair to the Alpha Nuclei
37. The Binding Energy Associated with the Addition of a Neutron-Proton Spin Pair to the Alpha Nuclei
38. The Statistical Explanation of the Binding Energies of Nuclides in terms of their Pair Formations and the Interactions of their Nucleons through the Strong Force and Taking into Account Heteroskedasticity
39. The Statistical Explanation of the Binding Energies of Nuclides in terms of their Pair Formations and the Interactions of their Nucleons through the Strong Force
40. A Comparison of the Binding Energies Due to the Formation of the Three Types of Nucleon Spin Pairs
41. The Evidence for the Formation of Proton Spin Pairs Within Nuclei
42. The Evidence for the Formation of Neutron Spin Pairs Within Nuclei
43. The Statistical Explanation of the Incremental Binding Energies of Neutron Spin Pairs
44. The Statistical Explanation of the Incremental Binding Energies of Proton Spin Pairs
45. The Binding Energy of Nuclei Due to the Interaction of Proton Pairs
46. The Binding Energy of Nuclei Due to the Interaction of Neutron Pairs
47. A Preliminary Analysis of the Binding Energy of Nuclei Due to the Interaction of Neutron Pairs
48. The Existence of a Magnetism-like Force Associated with the Motion of Any Charged Particles
49. The Analogue of the Magnetic Field for the Nucleonic Force Field
50. The Spin Pairing of Nucleons Due to the Magnetic Fields Generated by their Spinnings
51. The Derivation of the Magnetic Field Associated with a Spinning Spherical Surface of Charge
52. A Plausible Connection between the Binding Energy of a Composite Object and the Potential Energy Lost Upon its Formation
53. The Separation Distance In Spin Pairs of Like-Nucleons