基于范畴论的跨学科研究

I. Cuncev
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引用次数: 0

摘要

物理现实可以用范畴理论来描述,它通过许多领域共同的不变量、结构和管理模式,将跨学科性带到前沿。运用范畴论的思维模式来思考系统的宇宙,不仅为它们的建模提供了许多机会,而且也为它们的规划、管理和评估程序提供了许多机会。物理现实中的结构和概念,以及它们之间的关系,通过范畴论成为对象和态射,因而在许多领域都是有效的。在知识社会中,对象可以通过它们之间的关系聚合在日益复杂的对象中,以满足用户的需求。在这方面,范畴理论为在日益复杂的现实的不同层次上对系统进行跨学科建模提供了工作工具
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Transdisciplinarity based on Category Theory
Physical reality can be characterized by the theory of categories that brings to the fore transdisciplinarity through invariants and structural and management patterns common to many fields. Applying the model of thinking the universe of systems according to category theory, many opportunities open for their modeling, but also for their planning, management and evaluation procedures. Structures and concepts in physical reality, as well as the relationships between them, become objects and morphisms through category theory, thus being valid in many fields. Objects can be aggregated through the relationships between them, in increasingly complex objects that meet the requirements of users in the knowledge society. In this respect, category theory provides the working tools for transdisciplinary modeling of systems on different levels of increasingly sophisticated reality
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