The Geometric Origin of Neutron Star Universal Relations: Shell Closure, Sign-Flip Geometry, and the Bridge Between Nuclear Structure and I-Love-Q Universality
The Geometric Origin of Neutron Star Universal Relations: Shell Closure, Sign-Flip Geometry, and the Bridge Between Nuclear Structure and I-Love-Q Universality
Demonstrates that GCT provides the missing bridge between microscopic nuclear structure and macroscopic neutron star I-Love-Q universality. Shell closures map to cascade boundaries, nuclear shape coexistence maps to the sign-flip zone, symmetry energy slope L maps to the resolution parameter beta=0.261, and EOS insensitivity of I-Love-Q maps to model-independence of cascade-resolved invariants. Five testable predictions using AME2020 database and existing neutron star observations.
nuclear coupling, Yagi-Yunes, sign-flip boundary, I-Love-Q relations, geometric coupling theory, unabsorbed factor, nuclear shell closures, sign-flip geometry, neutron star universality, alpha=1.920, d-cascade, James E. Dunn, AME2020, correction cascade, coupling invariant, equation of state
nuclear coupling, Yagi-Yunes, sign-flip boundary, I-Love-Q relations, geometric coupling theory, unabsorbed factor, nuclear shell closures, sign-flip geometry, neutron star universality, alpha=1.920, d-cascade, James E. Dunn, AME2020, correction cascade, coupling invariant, equation of state
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