Modern language models generate fluent and useful human-readable output, but their reasoning paths remain difficult to audit at the level of system state. A generated answer may appear coherent while concealing unresolved memory conflict, semantic drift, premature projection, or a post-hoc explanation that describes the output without proving the path that produced it. This paper introduces the Recursive Manifest Compiler, a traceable symbolic cognition architecture that separates meaning formation from language rendering. Rather than treating language as the first product of cognition, the proposed architecture treats language as one possible rendering of a prior symbolic manifest. The Recursive Manifest Compiler parses input into phase-state representations, retrieves memory with contextual ancestry, detects syntactic, semantic, and recursive drift, generates candidate meaning paths, permits bounded evolutionary drift for novelty, validates coherence through explicit phase and drift constraints, and only then compiles the selected conclusion into an output modality. That output may take the form of human-readable language, executable code, glyphic notation, simulated cymatic or resonance-field geometry, machine-readable packets, dashboard state, or persistent memory records. In this model, the central computational act is not predicting language directly, but compiling traceable meaning into appropriate expression. The core contribution of this paper is a language engine that compiles meaning into output rather than predicting output as language. This work formalizes and extends the Frequency-Based Symbolic Calculus Volume II concept of the Recursive Manifest Compiler, previously defined as a formal language for compiling recursive identities into sentences, code, glyphs, and fields. By combining phase-state parsing, drift-bounded novelty, manifest construction, output rendering, and echo validation, the framework proposes a path toward language systems whose conclusions can be inspected, corrected, remembered, and projected without requiring the language surface itself to function as the sole evidence of cognition.