LIL Quantum DSL V.6 — Prespatial Chronogeometry Temporal–Semantic Computing Module
Abstract
The LIL V.6 Prespatial Chronogeometry Engineering Computing Module represents the next conceptual stage in the evolution of the LIL Quantum DSL family. Building on the non‑binary impulse logic of LIL V.3 and the semantic compression framework of LIL V.4, LIL V.6 introduces a unified temporal–semantic layer designed for modern AI latent spaces. This public academic edition presents the high‑level mathematical and conceptual principles behind temporal coherence, semantic geometry, identity preservation, and latent‑space evolution. Temporal behavior is treated as an intrinsic structural property of semantic constructs, enabling coherent progression, stable identity, and predictable transitions across generative processes. The document outlines how semantic and temporal dimensions can coexist within compressed latent representations, forming a continuous lineage: LIL V.3 → LIL V.4 → LIL V.5 → LIL V.6. All engineering‑level mechanisms, operators, and theoretical implementation details remain protected and are available exclusively under NDA. This edition serves as a safe, academically transparent reference for future research into structured temporal behavior within AI systems.
