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In Search of the Roots of Formal Computation

机译:寻找正式计算的根源

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摘要

In a culmination of a long development, it was seen clearly in the early 1930s that steps of formal computation are also steps of formal deduction as defined by recursion equations and other similar principles of arithmetic. Followers of Kant's doctrine of the synthetic a priori in arithmetic missed by a hair's breadth the proper recursive definition of addition that appeared instead first in a book of Hermann Grassmann of 1861. A line can be followed from it to Hankel, Schroder, Dedekind, Peano, and Skolem, the last mentioned marking the birth of recursive arithmetic, a discipline firmly anchored in the foundations of mathematics by the presentation Paul Bernays made of it in his monument, the Grundlagen der Mathematik of 1934.
机译:在长期发展的高潮中,在20世纪30年代初期,正式计算的步骤也是正式扣除的步骤,如递归方程和算术的其他类似原则所定义的正式扣除。 Kant的合成教义的追随者在算术中占据了一块头发宽度的算术中的正确递归定义,而是在1861年的Hermann Grassmann书中出现的另外一行。可以遵循它到Hankel,Schroder,Dedekind,Peano和Skolem,上次提到的标志着递归算术的诞生,一条纪律在数学的基础上掌握在他的纪念碑中的纪念碑,1934年的Grundlagen der Mathematik。

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