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Distributed intelligence and the equivalence of matter and information
Computational Particle Mechanics ( IF 3.3 ) Pub Date : 2020-05-27 , DOI: 10.1007/s40571-020-00340-7
Esteban Rougier , Antonio Munjiza , Jasna Munjiza

In this paper, it is argued that science of discontinua represents a major paradigm shift in how scientific research is done. First, a historical perspective is given, followed by key aspects of discontinuum simulations and its potential in aiding research and development. This is followed by a philosophical perspective on equivalence of matter and information as inspired by Aristotle’s quest for souls in living things such as cells. Finally, the universality of the discontinuum approach is explored with its consequences for computing and artificial intelligence.



中文翻译:

分布式情报与物质和信息的对等

本文认为,不连续性科学代表了科学研究完成方式的重大转变。首先,从历史的角度出发,其次是不连续模拟的关键方面及其在研究和开发中的潜力。其次,是亚里士多德(Aristotle)对生命在诸如细胞之类的生物中寻求灵魂的启发而提出的关于物质和信息等价的哲学观点。最后,探讨了不连续方法的普遍性及其对计算和人工智能的影响。

更新日期:2020-05-27
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