Complementarity-First Foundational Release V: Certification, Continuation, and Resource Frontiers

The thirty-one technical papers released after Complementarity-First Foundational Release IV close aset of operational interfaces that had previously remained separate: continuation of an actual state into anotherservice, identification of a stationary branch across changing local charts, calibration of a complete instrumentfrom finite data, access to source-tagged quantum records, selection of a relative ancilla orientation by declaredpreparation and effect resources, and conversion of a normalized nonlinear contrast into an absolute receiverobstruction. ThisreviewsynthesizesthosepapersinsixbranchesandrecordsoneretrospectiveReleaseIVcorrection,MC-IV. The source-refresh chain distinguishes source-domain continuation, fixed-time completion, functionalreadiness, main-block completion, and a finite third service. The Gravity chain separates criticality, regularity,stationarity,predictor-relativecontrol,actual-rootidentity,andconnectedcontinuation. Theincidencechainseparatesinformation absent from a fixed observation record, calibration error, confidence, false certification, and passingpower. The quantum-recordchain distinguishes retained population,source-tagged phase, local access, same-recorddiscrimination,inputpreparation,complete-jointreset,andfinitesupply. Theoperational-selectionpaperclassifiesselectorpowerthroughdual cones,Schmidtresources,PPTrestrictions,andcenter-labelaccess whileretainingtheglobal presentation gauge. The superconducting endpoint fixes two observables before detectability is evaluated: oneis exactly blind by parity, and the other leads to an architecture-specific area–transfer–time obstruction after SI scalerestoration. Across the branches, the common methodological lesson is a next-operation completeness test: identifythe information or resource discarded by a reduced description, identify the next operation, and prove either that theoperationdoesnotuseitorthataspecifiedresourcerestoresit. Analytictheorems,exactfiniteidentities,validatedenclosures, finite-count probability statements, resource lower bounds,source-controlled continuations, and partialformalizationsretain distinctevidentiary roles. Thereview isa source-attributedrelease map,not acommon-origintheorem, a completeproofaudit, empiricalvalidation,or whole-paperformal verification.