人工智能:人类最高级认知的交替

E. Pogossian
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引用次数: 0

摘要

人工智能在构建基本的、根本的认知器方面取得的进展,能够发展到在功能上与人类最高认知器相当的人工认知器,产生了重大的影响。事实上,人工智能证明,不仅是细胞性质的现实,而且是由人类可以获得的普通物质单位构建和组装的现实,可以达到对宇宙的最高认知,至少可以与人类相媲美。既然那些人造的、构造的最高认知者只是物质单位的集合,不受细胞起源之谜的约束,那么人们就会质疑人类或其他一些人在组装、构造最高认知者方面的必要性。换句话说,在公认的物理学框架内质疑最高认知者起源的可行性。本文旨在启发上述结论的基础,并跟踪其接地的一些步骤。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Artificial Intelligence: Alternating the Highest Human Cognizing
Progressing outcomes of Artificial Intelligence in constructing basic, root cognizers able to develop to the artificial ones functionally equal to the highest human cognizers produce a significant consequences. In fact, AI proves that realities not only of cellular nature but also the ones constructed, assembled from ordinary available to humans units of matter can attain the highest cognizing of the universe, at least, comparable with one of humans.And since those artificial, constructed highest cognizers are only the assembles of units of matter unconstrained from the mysteries of the origin of cells it is expected to question the necessity of humans or some ones else in assembling, constructing the highest cognizers.In other words, to question the feasibility of origin of highest cognizers in frame of the acknowledged physics.This paper aims to enlighten the base of the above consequences and to track some steps of their grounding.
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