An Alchemical <i>Prima Materia</i> for the Digital Age: Making the Early Modern Latin Alchemical Prints (EMLAP) Dataset

, 2023-2025) project. It first situates the corpus within both the digital humanities landscape and the historiography of alchemy, where the availability of reliable machine-readable texts remains limited. It then addresses the challenges of converting early modern Latin printed text into machine-readable format with a high standard of quality. The article argues that producing a high-quality transcribed corpus at scale still requires human scholarly intervention, and that a transcription project must balance the ideal of digital edition standards against the practical constraints of time and resources. The article describes the practical experience of building EMLAP: the selection of the Transkribus platform for AI-powered automatic text recognition, the choice of transcription models, the development of human quality standards to complement automated metrics, and the construction of a computational pipeline to process and enrich the transcriptions. The EMLAP corpus has been made publicly available in open access (Zenodo repository) as well as in the form of a website that offers different search opportunities for researchers.

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Publication Details

Journal
Ambix
Published
2026-06-25
DOI
https://doi.org/10.1080/00026980.2026.2668735
Primary Topic
Digital Humanities and Scholarship
Type
article
Field-Weighted Citation Impact
0.00

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article

An Alchemical Prima Materia for the Digital Age: Making the Early Modern Latin Alchemical Prints (EMLAP) Dataset

Vojtěch Kaše, Petr Pavlas, Georgiana D. Hedesan
Ambix
Digital Humanities and Scholarship
article

An Alchemical Prima Materia for the Digital Age: Making the Early Modern Latin Alchemical Prints (EMLAP) Dataset

Vojtěch Kaše, Petr Pavlas, Georgiana D. Hedesan
article en

Abstract

, 2023-2025) project. It first situates the corpus within both the digital humanities landscape and the historiography of alchemy, where the availability of reliable machine-readable texts remains limited. It then addresses the challenges of converting early modern Latin printed text into machine-readable format with a high standard of quality. The article argues that producing a high-quality transcribed corpus at scale still requires human scholarly intervention, and that a transcription project must balance the ideal of digital edition standards against the practical constraints of time and resources. The article describes the practical experience of building EMLAP: the selection of the Transkribus platform for AI-powered automatic text recognition, the choice of transcription models, the development of human quality standards to complement automated metrics, and the construction of a computational pipeline to process and enrich the transcriptions. The EMLAP corpus has been made publicly available in open access (Zenodo repository) as well as in the form of a website that offers different search opportunities for researchers.

Ambix
University of Oxford (GB), University of West Bohemia in Pilsen (CZ)
Ministerstvo Školství, Mládeže a Tělovýchovy
Quality Education
Openalex Percentile: Top 3%
Digital Humanities and Scholarship
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