Heavy duty conceptual engineering

Steffen Koch, Jakob Sebastian Ohlhorst

Research output: Contribution to JournalArticleAcademicpeer-review

Abstract

Conceptual engineering is the process of assessing and improving our conceptual repertoire. Some authors have claimed that introducing or revising concepts through conceptual engineering can go as far as expanding the realm of thinkable thoughts and thus enable us to form beliefs, hypotheses, wishes, or desires that we are currently unable to form. We call this kind of conceptual engineering heavy-duty conceptual engineering. As exciting as the idea of heavy-duty conceptual engineering sounds, it has never been developed or defended. In this paper, we pursue a two-fold goal. First, to offer a theory of heavy-duty conceptual engineering that distinguishes it from other kinds of conceptual engineering; second, to show that heavy-duty conceptual engineering is possible, both in theory and in practice, and to explain how it can be pursued. The central idea is that conceptual engineering can enhance the semantic expressive power of a conceptual system by the use of bootstrapping processes.
Original languageEnglish
Pages (from-to)902-920
Number of pages19
JournalNoûs
Volume59
Issue number4
Early online date17 Nov 2024
DOIs
Publication statusPublished - Dec 2025

Funding

This paper has long been in the making, and we are grateful for all the feedback we have received along the way. We thank Matti Eklund, Philipp Haueis, Alex Kocurek, and Christian Nimtz as well as three anonymous referees for Noûs for their helpful comments on earlier versions of this paper. We also thank Thomas Grundmann for lending us the office in which the gist of this paper was developed. Additionally, we thank the audiences of Bielefeld's philosophy research colloquium (2021), the EXTRA.8 research colloquium in Bochum (2022), the MüBiOs (online) workshop (2022), the Conceptual Engineering Online Seminar (2022), the EXTRA.3 workshop on conceptual engineering and its place in philosophical methodology (2022), GAP.11 (2022), and the workshop on philosophical and psychological perspectives on conceptual change at UNAM (2023).

FundersFunder number
Bielefeld's philosophy research colloquium2022

    Keywords

    • conceptual engineering
    • cognitive development

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