记忆存在性的客观判定原则:基于历史依赖效应与可区分痕迹

For a long time, mainstream research has conventionally taken "whether the memory can be actively reproduced by the subject and directly observed" as the core criterion for judging the existence of memory, which artificially demarcates the boundary of memory carriers and excludes the historical traces of non-living matter from the category of memory. Based on the core logic of the ‌FT-MMT Matter Memory Element Axiom‌, this paper shifts the existence judgment of memory from the subjective criterion "bounded by human current reading capability" to an objective criterion centered on whether the system retains distinguishable history-dependent traces. The material basis of memory refers to the metastable configuration, defect distribution, charge state, domain orientation or coupling link saturation formed by the system under past disturbances; these non-thermal equilibrium traces will not disappear just because humans temporarily lack appropriate probes. This paper further strictly separates the necessary condition for memory existence from the sufficient condition for memory readability, unifies biological memory, material history-dependent effects and artificial neural network weight encoding into the same judgment framework, and provides a physical anchor for the cross-carrier mechanism of "structural memory carrier — nonlinear projection — explicit reading" in the FT-MMT system. All core assertions in this paper reserve verifiable experimental interfaces and present clear falsification conditions. 长期以来,主流研究习惯于将“能否被主体主动再现、能否被直接观测”作为判断记忆是否存在的核心标准,从而人为划定记忆的载体边界,将非生命物质的历史痕迹排除在记忆范畴之外。本文基于 FT-MMT 物质记忆元公理的核心逻辑,将记忆的存在性判定从“以人类当前读取能力为边界”的主观判据,转移到以系统内部是否留存可区分的历史依赖痕迹为核心的客观判据。记忆的物质基础是系统在过往扰动下形成的亚稳态构型、缺陷分布、电荷态、畴取向或耦合链路饱和度;这些非热平衡痕迹不会因人类暂时缺乏合适探针而消失。本文进一步把记忆存在的必要条件与记忆可被读取的充分条件严格分离,将生物记忆、材料历史依赖效应与人工神经网络权重编码统一到同一判定框架之下,为 FT-MMT 体系中“结构记忆载体—非线性投影—外显读数”的跨载体机制提供物理锚点。本文所有核心论断均预留可核验的实验接口,并给出明确的证伪条件。