This paper presents a comparative analysis of Kourken Michaelian’s Simulation Theory of Memory (STM) and Henri Bergson’s Theory of Memory (BTM), exploring both convergences and distinctions in their approaches to memory preservation and construction. The study examines four key features in which STM and BTM intersect: the constructive role of memory, the continuity between imagination and remembering, their differentiation through process monitoring, and their independence from causal preservati…
Read moreThis paper presents a comparative analysis of Kourken Michaelian’s Simulation Theory of Memory (STM) and Henri Bergson’s Theory of Memory (BTM), exploring both convergences and distinctions in their approaches to memory preservation and construction. The study examines four key features in which STM and BTM intersect: the constructive role of memory, the continuity between imagination and remembering, their differentiation through process monitoring, and their independence from causal preservation. This cross-boundary comparison, which differs in historical, linguistic, and contextual backgrounds, not only reveals surprising convergences but also introduces a novel interpretation of BTM. Close textual analysis shows that Bergson’s ‘actualization’ of pure memory is best understood as a suggestion-guided imitation: memory images actively model their virtual sources, rather than being metamorphoses of them or causally produced by them. Moreover, it elucidates the formation of generic images as a common ground between remembering, imagining, and recognition, interpreted as movements between the planes of the memory cone. Conversely, this restructured view of BTM also casts light back on STM, prompting new inquiries about its relationship with other types of memory and the necessity for general preservation.