The work of writing programs: logic and inscriptive practice in the history of computing

This article explores the entanglement of logic and computing by focusing on the activity of writing. Though mathematical logic is sometimes cast as the immaterial spirit of the computers material body, the study of logic also takes place in the physical world through the manipulation of symbols on...

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Main Author: Dunning, DE
Format: Journal article
Language:English
Published: Institute of Electrical and Electronics Engineers 2021
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author Dunning, DE
author_facet Dunning, DE
author_sort Dunning, DE
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description This article explores the entanglement of logic and computing by focusing on the activity of writing. Though mathematical logic is sometimes cast as the immaterial spirit of the computers material body, the study of logic also takes place in the physical world through the manipulation of symbols on paper. Already in the nineteenth century, mathematical logic was understood to be related to mechanization, though not as the science behind an as-yet-uninvented technology. Rather, symbolic notations were seen as tools that opened possibilities but required new kinds of work. Turning to early electronic computing in the 1950s, I observe that researchers similarly relied on novel inscriptive techniques to mitigate labor. Finally, considering Charles Hamblins Reverse Polish Notation, I show how logic was a source of notational invention, emerging as a practical resource for the work of writing programs independently of its role as a plausible theoretical foundation for computer science.
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spelling oxford-uuid:9f4195c5-1b4f-4567-a847-be5171f92b652022-03-27T00:56:02ZThe work of writing programs: logic and inscriptive practice in the history of computingJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:9f4195c5-1b4f-4567-a847-be5171f92b65EnglishSymplectic ElementsInstitute of Electrical and Electronics Engineers2021Dunning, DEThis article explores the entanglement of logic and computing by focusing on the activity of writing. Though mathematical logic is sometimes cast as the immaterial spirit of the computers material body, the study of logic also takes place in the physical world through the manipulation of symbols on paper. Already in the nineteenth century, mathematical logic was understood to be related to mechanization, though not as the science behind an as-yet-uninvented technology. Rather, symbolic notations were seen as tools that opened possibilities but required new kinds of work. Turning to early electronic computing in the 1950s, I observe that researchers similarly relied on novel inscriptive techniques to mitigate labor. Finally, considering Charles Hamblins Reverse Polish Notation, I show how logic was a source of notational invention, emerging as a practical resource for the work of writing programs independently of its role as a plausible theoretical foundation for computer science.
spellingShingle Dunning, DE
The work of writing programs: logic and inscriptive practice in the history of computing
title The work of writing programs: logic and inscriptive practice in the history of computing
title_full The work of writing programs: logic and inscriptive practice in the history of computing
title_fullStr The work of writing programs: logic and inscriptive practice in the history of computing
title_full_unstemmed The work of writing programs: logic and inscriptive practice in the history of computing
title_short The work of writing programs: logic and inscriptive practice in the history of computing
title_sort work of writing programs logic and inscriptive practice in the history of computing
work_keys_str_mv AT dunningde theworkofwritingprogramslogicandinscriptivepracticeinthehistoryofcomputing
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