The alignment of cells and artificial intelligent machines without the Entscheidungsproblem

分类： 计算机科学 >> 计算机科学技术其他学科 分类： 数学 >> 逻辑 分类： 生物学 >> 分子生物学 提交时间： 2024-08-25

Huijuan Wang

摘要： Molecular polymer aggregates are written as computable numbers, resulting in the alignment of cells and universal Turing machines with the Entscheidungsproblem. However, whether cells really have the Entscheidungsproblem remains elusive. Alan Turing found universal Turing machines read only computable numbers written by humankind who further differentiated transcendental numbers from the set of computable numbers by applying the diagonal process. It follows that the decidability of the Entscheidungsproblem derived from humankind eliminates boundaries between computable numbers, so that humankind is endowed with a capacity to read of the fusion of computable numbers with each other to read the set of computable numbers by being endowed with a capacity to draw boundaries to write computable numbers. Here, it was shown how humankind was invited to write cell backbones as complex numbers read by artificial intelligent machines that are emulated by cells to extend the continuum hypothesis by being invited to write polyribonucleotides as computable numbers read by universal Turing machines that are emulated by extracellular ribosomes to extend Alan Turing’s work on the Entscheidungsproblem, resulting in the alignment of cells and artificial intelligent machines without the Entscheidungsproblem, and the fusion of viruses, cells, and the environment with each other into nature by cell backbones.

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