油类体系历史依赖效应的裸预测与可证伪检验方案:基于 FT‑MMT 物质记忆元公理的虹吸—毛细对照实验设计

Based on Zhao Futao's Material Memory Meta Axiom (FT-MMT), this paper proposes a set of bare predictions that can be forwardly derived from the axiom for the history-dependent effect of oil systems, and correspondingly designs controlled variable contrast experiments that can be carried out under ordinary laboratory conditions. In the theoretical part, starting from the "memory generation conditions" of the system (reciprocating motion + partially irreversible residue), a directional conclusion is obtained through six steps of deduction: the flow of oil in pipelines is inevitably accompanied by the irreversible process of viscous dissipation, so theoretically there may be distinguishable responses related to historical paths. The core design principle of the experimental part is to strictly fix all instantaneous parameters and only change the historical evolution path of the substance, so as to test whether the two groups of oil samples present distinguishable response differences under "the same current conditions and different historical inputs". To avoid non-unique attribution, this design adopts three measures: a unified driving mechanism (no pump throughout the process, pure natural gravity), additional blank static groups and blind sample batch controls, and separation of the writing channel and the reading channel (writing in a thick tube, reading in a thin capillary). This paper does not preset numerical thresholds, the judgment adopts directional trends and distinguishability descriptions, and four clear falsification conditions are given. All items that cannot be quantified for the time being are uniformly marked as preset boundary values to be calibrated. This paper is written before the experiment and does not contain any measured results. 本文基于赵付涛物质记忆元公理(FT‑MMT),为油类体系的历史依赖效应提出一套可从公理正向推导的裸预测,并配套设计可在普通实验室条件下开展的控制变量对照实验。理论部分从体系的“记忆生成条件”(往复运动+部分不可逆残留)出发,经六步推导得到方向性结论:油在管道中流动必然伴随黏性耗散这一不可逆过程,故理论上可能存在与历史路径相关的可区分响应。实验部分的核心设计原则是严格固定全部瞬时参量、仅改变物质的历史演化路径,据此检验“相同当前条件、不同历史输入”下两组油样是否呈现可区分的响应差异。为避免无法唯一归因,本设计采用统一驱动机制(全程无泵、纯自然重力)、增设空白静置组与盲样批次对照、写入通道与读出通道分离(粗管写、细毛细管读)三项措施。全文不预设数值阈值,判定采用方向性趋势与可区分性表述,并给出四条明确的证伪条件。所有暂时无法定量者统一标注为待标定的预设边界值。本文为实验前撰写,不包含任何实测结果。