ATOMICUS · Fission Flay Map ²³⁵U in opposition-shell packing · central hit → sealed T12 core holds; unfrozen outer shells flay off

Produce this larger daughter

Ranked by real IAEA thermal-fission yield. A central proton hit (b≈0) flays the unfrozen outer shells (≈100 nucleons) off the sealed T12 core (α + the tritons that do not budge, N=82 lock) — the remnant is this heavy daughter. The nucleus is not a goo drop. (A grazing hit b→R shaves a thin surface chip instead → spallation, NP27.)

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inner sphere — rigid core (α + tritons), the N=82 lock

outer skin — ≈100 nucleons that calve off → own atom

shear surface — core/skin boundary (tritons strip → ν)

central proton hit (b≈0)

Scope: subunit counts are exact (α + n_d deuterons + n_t tritons). The opposition-shell positions are the model's assignment (Harvey 2026-07-03), not proven unique. The unwrap is radial (tritons inner, deuterons outer) — what is rigid is the triton core (heavy daughter locks near n_t = 31–32, the N = 82 shell), shown live below.

²³⁵U

drag orbit · wheel zoom · hover a nucleon

Parent

²³⁵U + n → ²³⁶U*Z=92 A=236

α core + n_d d + n_t t—

subunits placed—

Heavy daughter — inner sphere

nuclide—

Z / N / A—

n_d / n_t—

N = 82 shell lock?—

Outer skin — the light fragment

nuclide—

Z / N / A—

n_d / n_t—

The impact

nucleons at shear surface—

balance A_L+A_H+ν—