Encoding Newton’s Alchemical Library: Integrating Traditional Bibliographic and Modern Computational Methods

The Chymistry of Isaac Newton (http://chymistry.org) project team has digitized and encoded, following the TEI Guidelines, the complete corpus of Newton’s alchemical manuscripts, which total more than two thousand pages and over one million words. Newton cited more than five thousand published and u...

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Main Authors: Meridith Beck Mink, Michelle Dalmau, Wallace Hooper, William R. Newman, James R. Voelkel, John A. Walsh
Format: Article
Language:deu
Published: Text Encoding Initiative Consortium 2020-02-01
Series:Journal of the Text Encoding Initiative
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Online Access:https://journals.openedition.org/jtei/2866
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author Meridith Beck Mink
Michelle Dalmau
Wallace Hooper
William R. Newman
James R. Voelkel
John A. Walsh
author_facet Meridith Beck Mink
Michelle Dalmau
Wallace Hooper
William R. Newman
James R. Voelkel
John A. Walsh
author_sort Meridith Beck Mink
collection DOAJ
description The Chymistry of Isaac Newton (http://chymistry.org) project team has digitized and encoded, following the TEI Guidelines, the complete corpus of Newton’s alchemical manuscripts, which total more than two thousand pages and over one million words. Newton cited more than five thousand published and unpublished works in these manuscripts; many of his annotations reference items in his own library, as he was an exceptionally dedicated reader of alchemical texts. Newton’s extensive citations and annotations provide a window into his alchemical research and practices, and serve as the basis for our authoritative bibliography of his alchemical sources. The bibliography is being developed as both a stand-alone reference work and an integrated resource with the alchemical manuscripts, providing additional context for Newton’s citations and florilegia. Once finished, the bibliography will provide complete, structured citations—which often would appear very abbreviated or incomplete in the manuscripts—that can be formatted to comply with modern bibliographic conventions and bibliographic management systems. Our bibliography will also link to digitized online versions of the source texts available through Early English Books Online, HathiTrust Digital Library, and other digital repositories. The citations include quasi-facsimile title page transcription, a technique used for bibliographic description of rare books, to enable richer forms of citation analysis. By analyzing the citations, we will be able to date Newton’s manuscripts, cluster manuscripts that cite the same or related sources, and, ultimately, generate network graphs that will reveal connections between the cited authors and texts and how they influence Newton’s own ideas and work.
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spelling doaj-art-678a4437cc544e86a32a2ec47a6d70242025-01-30T13:56:35ZdeuText Encoding Initiative ConsortiumJournal of the Text Encoding Initiative2162-56032020-02-011110.4000/jtei.2866Encoding Newton’s Alchemical Library: Integrating Traditional Bibliographic and Modern Computational MethodsMeridith Beck MinkMichelle DalmauWallace HooperWilliam R. NewmanJames R. VoelkelJohn A. WalshThe Chymistry of Isaac Newton (http://chymistry.org) project team has digitized and encoded, following the TEI Guidelines, the complete corpus of Newton’s alchemical manuscripts, which total more than two thousand pages and over one million words. Newton cited more than five thousand published and unpublished works in these manuscripts; many of his annotations reference items in his own library, as he was an exceptionally dedicated reader of alchemical texts. Newton’s extensive citations and annotations provide a window into his alchemical research and practices, and serve as the basis for our authoritative bibliography of his alchemical sources. The bibliography is being developed as both a stand-alone reference work and an integrated resource with the alchemical manuscripts, providing additional context for Newton’s citations and florilegia. Once finished, the bibliography will provide complete, structured citations—which often would appear very abbreviated or incomplete in the manuscripts—that can be formatted to comply with modern bibliographic conventions and bibliographic management systems. Our bibliography will also link to digitized online versions of the source texts available through Early English Books Online, HathiTrust Digital Library, and other digital repositories. The citations include quasi-facsimile title page transcription, a technique used for bibliographic description of rare books, to enable richer forms of citation analysis. By analyzing the citations, we will be able to date Newton’s manuscripts, cluster manuscripts that cite the same or related sources, and, ultimately, generate network graphs that will reveal connections between the cited authors and texts and how they influence Newton’s own ideas and work.https://journals.openedition.org/jtei/2866Zoterobibliographyalchemyquasi-facsimile transcriptionlatent semantic analysis
spellingShingle Meridith Beck Mink
Michelle Dalmau
Wallace Hooper
William R. Newman
James R. Voelkel
John A. Walsh
Encoding Newton’s Alchemical Library: Integrating Traditional Bibliographic and Modern Computational Methods
Journal of the Text Encoding Initiative
Zotero
bibliography
alchemy
quasi-facsimile transcription
latent semantic analysis
title Encoding Newton’s Alchemical Library: Integrating Traditional Bibliographic and Modern Computational Methods
title_full Encoding Newton’s Alchemical Library: Integrating Traditional Bibliographic and Modern Computational Methods
title_fullStr Encoding Newton’s Alchemical Library: Integrating Traditional Bibliographic and Modern Computational Methods
title_full_unstemmed Encoding Newton’s Alchemical Library: Integrating Traditional Bibliographic and Modern Computational Methods
title_short Encoding Newton’s Alchemical Library: Integrating Traditional Bibliographic and Modern Computational Methods
title_sort encoding newton s alchemical library integrating traditional bibliographic and modern computational methods
topic Zotero
bibliography
alchemy
quasi-facsimile transcription
latent semantic analysis
url https://journals.openedition.org/jtei/2866
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