Four-Domain Emergence and Dual-Track Transduction- ISS as the Hierarchical Mechanism of Low-Entropy Maintenance (Version 5.0)

Version 5.0 (Supersedes Version 4.0) This is the authoritative Version 5.0 of the Dual-Track Transduction (2TT) framework, representing a major theoretical refinement from V4.0. Key revisions include: (1) Value-State Pluralism: Clarification that psychical kinetic energy can be generated by transitions between any value-states (actual-to-actual, imagined-to-imagined, or actual-imagined), with ISS functioning as a high-survival-mass (m_s) priority rather than an exclusive threshold for psychical domain entry; (2) Single-Threaded Serial Processing: Explicit formulation of working memory constraints necessitating Δs = s_n - sₙ₋₁ displacement calculation, replacing static deviation models; (3) Granular Abstraction Elaboration: Enhanced explication of how the psychical domain performs concrete sampling of physical domains through abstraction-simplification-generalization while retaining mass-velocity-energy relational intuition; (4) Refined Parameter Independence: Distinct operationalization of threshold modulation coefficient (β_θ) versus velocity modulation coefficient (β_v), enabling differential diagnosis of anxiety spectra (β_θ↑, β_v↑) versus depression spectra (β_θ↓, β_v↓). This version enhances computational psychiatry applications by providing mechanistic explanations for mixed affects, temporal discounting in procrastination, counterfactual emotions (regret/relief), and hedonic adaptation through ISS degradation mechanisms, while maintaining the Four-Domain Emergence architecture and cross-domain downward modulation framework from V4.0. Keywords: Dual-Track Transduction, Four-Domain Emergence, Value-State Pluralism, ISS Priority, Single-Threaded Serial Processing, Granular Abstraction, Dynamic Threshold Modulation, Downward Modulation, Low-Entropy Maintenance 第五版(替代第四版) 本文是双轨转导体系(2TT)的权威第五版,对V4.0进行了重大理论修正。核心修订包括:(1)值位多元性:明确心理动能可由任意值位间转移产生(实际-实际、想象-想象、实际-想象),ISS作为高生存质量(m_s)值位具有优先性而非排他性门槛;(2)单线程串行处理:明确工作记忆约束下Δs = s_n - sₙ₋₁位移计算的必要性,取代静态偏离模型;(3)颗粒化抽象深化:进一步阐明心理域如何通过抽象-简化-概括对物理域进行具象采样,同时保留质量-速度-能量关系直觉;(4)参数独立性完善:明确区分阈值调节系数(β_θ)与速度调节系数(β_v)的独立运作,实现焦虑谱系(β_θ↑, β_v↑)与抑郁谱系(β_θ↓, β_v↓)的鉴别诊断。 本版本在保持V4.0四域涌现架构与跨域向下调制框架的基础上,为混合情感、拖延行为的时间贴现、反事实情感(后怕/庆幸)