Narrative Memories Woven by an Intertextual Hippocampus.

Brendan I Cohn-Sheehy
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Abstract

Narratives fundamentally shape the way we remember real-life experiences. However, neuroscientists have only begun to understand how narratives impact the way our brains support memory. In this opinion piece, I illustrate how the hippocampus, a key region of the brain for memory, transforms our experiences into larger narratives in memory. Furthermore, I argue that the hippocampus provides a biological basis for "intertextuality" - that is, all experiences or texts may be necessarily understood and remembered in relation to other experiences or texts. An intertextual hippocampus has tangible consequences for our lives and our art.

由互文海马体编织的叙事性记忆。
叙事从根本上塑造了我们记忆现实经历的方式。然而,神经科学家才刚刚开始了解叙事是如何影响我们大脑支持记忆的方式的。在这篇观点文章中,我将阐述海马体(大脑中负责记忆的关键区域)如何将我们的经历转化为记忆中更大的叙述。此外,我认为海马体为“互文性”提供了生物学基础——也就是说,所有的经历或文本都可能与其他经历或文本相关而被理解和记忆。互文的海马体对我们的生活和艺术有着切实的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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