Four-Domain Emergence and Dual-Track Transduction: ISS as the Hierarchical Mechanism of Low-Entropy Maintenance (Version 4.0)

Version 4.0 (Supersedes Version 3.0) This is the authoritative Version 4.0 of the Dual-Track Transduction (2TT) framework, representing a major theoretical upgrade from V3.0. Key revisions include: (1) Four-Domain Emergence Architecture: Expansion from three to four hierarchical domains (Physical→Physiological→Psychical→Social), incorporating the Social Domain as the fourth level with Socio-psychic Energy and collective low-entropy maintenance mechanisms; (2) Physical Concrete Foundation: Establishment of the evolutionary-cognitive rationale for physics-analogous formulas (E=½mv²), based on the psychical domain's concrete sampling and granular abstraction of physical domains; (3) Refined Two-Stage Attentional Allocation: Resolution of circular definition issues in the mathematical formulation (α→E_candidate→α_II→E_psych) with explicit introduction of dynamic threshold (β_θ) and velocity modulation (β_v) as independent parameters; (4) Cross-Domain Downward Modulation: Addition of Social-to-Psychical downward modulation via shared ISS (Imagined State) and social evaluation mechanisms (shame/glory), alongside Psychical-to-Physiological information-modulation. This version provides the theoretical foundation for computational psychiatry's shift from symptomatic classification to dynamical parameter diagnosis, with enhanced explanatory power for anxiety spectrum disorders, depression thresholds, procrastination, mixed affects, and social emotions. 关键词/Keywords: Dual-Track Transduction, Four-Domain Emergence, ISS (Imagined State), Low-Entropy Maintenance, Downward Modulation, Physical Concrete Foundation, Social Domain, Psychic Kinetic Energy 第四版(替代第三版) 本文是双轨转导体系(2TT)的权威第四版,对V3.0进行了重大理论升级。核心修订包括:(1)四域涌现架构:从三域扩展为四域层级(物理→生理→心理→社会),将社会域确立为第四层级,提出社会能(Socio-psychic Energy)与集体低熵维持机制;(2)物理具象基础:论证心理动能采用类物理学公式(E=½mv²)的认知进化合理性,阐明心理域对物理域的具象采样与颗粒化处理机制;(3)完善两阶段注意力分配:解决公式循环定义问题(α→E_candidate→α_II→E_psych),明确区分动态阈值调节系数(β_θ)与速度调节系数(β_v)