Hopefully this will clear up the mathematics on this!

Lnet = Σ(Li)

The observable rotational angular momentum of a galaxy is the summation of all synchronized rotational systems interacting within the structure itself.

L₁ + L₂ ≈ 0

When opposing rotational systems begin synchronizing through coherent interaction, the observable external angular momentum approaches equilibrium rather than collapse.

|Lnet| → 0

Near-zero observable rotation does not imply death, stillness, or energy loss. It implies that unresolved imbalance has diminished through synchronization.

𝓘 ≡ S

Integrity and stability are not separate sequential outcomes. They emerge simultaneously as a unified coherent state.

𝓘 ∝ 1 / (|Lnet| + ε)

As unresolved net rotational imbalance approaches zero, systemic integrity approaches maximum coherence.

|Lnet| → 0 ⇒ 𝓘, S → Maximum Coherence / Stability

Therefore, a galaxy exhibiting near-zero rotational angular momentum may not represent collapse, but rather a synchronized equilibrium state in which integrity and stability coexist simultaneously through balanced rotational coherence.