Breaking Through the Bottleneck of Physical Computation: The Root Cause of Non-Additive Phenomena and the Reconstruction of the Historical Memory Paradigm

In the traditional teaching of elementary mechanics and engineering approximation paradigms, there has long been an inverted primary-secondary cognition of "deriving velocity from force", which makes it difficult for calculation results to restore the true historical continuity of material motion. The widely existing non-additive phenomena in reality also lack a fundamental explanation. Based on Zhao Futao's Axiom of Material Memory Elements, this paper proposes that non-additivity is not an inherent law of the objective world, but a cognitive pseudo-proposition formed by the lack of the core variable of "historical memory" in traditional theories. This study reconstructs the physical computation paradigm, taking historical velocity as the core subject of material motion, and force and external environment as interference and correction terms, establishing an operation path of "deriving velocity from velocity" to achieve a more accurate and continuous description of material motion. Combining with existing ideological resources such as Western process philosophy, this paper clarifies the connection and difference between this paradigm and existing theories, anchors the theoretical rationality through multi-field empirical phenomena, and provides a new path for breaking through the bottleneck of contemporary physical computation and constructing China's independent scientific knowledge system, which has both theoretical innovation and interdisciplinary application value.