Unified Hybrid Regime Theory (UHRT): Modeling Super-Condensation Thresholds and Transitional State-to-State Cosmic Evolution (Version 3.3)

Title Unified Hybrid Regime Theory (UHRT): Modeling Super-Condensation Thresholds and Transitional State-to-State Cosmic Evolution (Version 3.3) Author Thai, Hau Dinh (TDH) (Pen-names: Thomas H. D. Thai, Thoriel-T, and Thái Đình Hầu (Vietnamese name) Affiliation Independent Researcher Version 3.3 Date of Publication 2026-10-10 Description This research introduces the foundational mathematical and structural mechanics of the Unified Hybrid Regime Theory (UHRT, Version 3.3). This volume formalizes the universal Transitional State-to-State Process (TSSP) governing the continuous, perpetual lifecycle of cosmic materials. The treatise details how raw cosmic clouds collapse through cyclonic, spinning, and disc-like rotating mechanisms, systematically densifying into highly compacted spherical states such as neutron stars and hyper-dense black holes. Crucially, this work introduces the localized threshold envelope where super-condensation becomes structurally unsustainable. At this exact physical coordinate limit, the containment parameters trigger an autonomous localized counteracting expansion—conventionally classified as a local Big Bang explosion. This paper features integrated numerical arrays and an active executable Python simulation model to verify that while the core structural cycle remains a universal law, variations in ambient environmental accretion rates yield entirely unique regional configurations.