DCRP80/X72R63: Noncompact-Escape Absorption and the Terminal Compiler

Continuing from the catalogue of eight noncompact escape modes left by DCRP79, and drawing on the forced-inward PFET from DCRP31, the circulation-resupply/filamentation/viscous-Kelvin-shadowing architecture from DCRP33, and DCRP59–62 and 77–79, this round audits each mode in turn to determine whether it constitutes a genuinely new terminal mechanism. It proves that none do: all eight modes can be absorbed into DCRP33's four existing terminal coordinates — material tail/ancestry escape R_tail, filamentation R_fil, state/packet compactness failure R_state, and pre-limiting second-order viscous Kelvin residue R_K — yielding a finite rank-two terminal compiler O_PFET∧(X∨R_tail∨R_fil∨R_state∨R_K); the late-stage X72/T research line thus collapses entirely back onto the old shared-ancestry resupply architecture. Of the four, only R_K is genuinely Navier–Stokes-specific (it can remain nonzero even when the Euler object itself is well-behaved), so it is designated the top priority for DCRP81, to be bridged via Stokes' theorem and second-order vorticity derivatives/filtered diffusion.