Symbolic AI, quantum models and text automation: toward topologies of language and meaning

We investigated advancements in digital humanities, particularly text au-tomation via NLP technologies. The research focused on sentiment anal-ysis and morpho-syntactic phonetic analysis for predetermined detection, concentrating on synthetic languages and digital communication, integrat-ing formal...

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Autores principales: Bucciarelli, Ritamaria, Terrone, Francesco, Enriquez, Javier Julian
Formato: Artículo revista
Lenguaje:Español
Publicado: Universidad Nacional de Rosario 2025
Materias:
PNL
humanidades digitales
automatización de textos
gramática formal
NooJ
Digital Humanities
Text Automation
Natural Language Processing
NooJ system
Planat
Acceso en línea:https://aprendoconnooj.unr.edu.ar/index.php/revista/article/view/37
Aporte de:
Aprendo con NooJ de Universidad Nacional de Rosario
id I15-R219-article-37
record_format ojs
spelling I15-R219-article-372025-09-19T12:55:00Z Symbolic AI, quantum models and text automation: toward topologies of language and meaning IA simbólica, modelos cuánticos y automatización de textos: hacia topologías del lenguaje y el significado Bucciarelli, Ritamaria Terrone, Francesco Enriquez, Javier Julian PNL humanidades digitales automatización de textos gramática formal NooJ Digital Humanities Text Automation Natural Language Processing NooJ system Planat We investigated advancements in digital humanities, particularly text au-tomation via NLP technologies. The research focused on sentiment anal-ysis and morpho-syntactic phonetic analysis for predetermined detection, concentrating on synthetic languages and digital communication, integrat-ing formal grammar codes with mathematical musicology. Using the NooJ linguistic platform, Planat's linguistic studies, aligned with mathematics enabled the automation of text through the translation of human thought into digital processes, validated by rigorous axioms and theories to ensure accuracy and reliability. The work involves transforming the lexicon and grammar to reduce Dan-te's verses to formal codes. The interactions between natural languages and quantum computation are explored using probabilistic computational analysis and the NooJ system. Furthermore, Homer's Digital Communica-tion Design, which emphasizes the design of digital communication, in-forms this research. El presente estudio aborda la implementación de técnicas de Procesa-miento del Lenguaje Natural (PLN) para la automatización del análisis de textos en el ámbito de las humanidades digitales. El enfoque metodológi-co se centra en el análisis del sentimiento y la morfosintaxis-fonética en lenguajes sintéticos y contextos de comunicación digital. La metodología implementada integra códigos de gramática formal con musicografía ma-temática, aprovechando la plataforma lingüística NooJ y el marco lingüís-tico-matemático de Planat. Esta metodología traduce el pensamiento hu-mano a procesos digitales y se valida mediante rigurosos marcos axiomá-ticos y teóricos. En el ámbito de la investigación lingüística, este artículo explora la formalización de los versos de Dante mediante la transforma-ción léxica y gramatical. Este trabajo, pues, se centra en la intersección entre el lenguaje natural y la computación cuántica, y emplea análisis computacional probabilístico y el sistema NooJ para investigar dicha in-tersección. Los principios que rigen el diseño de la comunicación digital también se extienden al ámbito de la metodología de investigación. Universidad Nacional de Rosario 2025-07-29 info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion Artículo revisado por pares application/pdf https://aprendoconnooj.unr.edu.ar/index.php/revista/article/view/37 10.35305/an.vi5.37 Aprendo con NooJ; Núm. 5 (2025) 2718-8574 spa https://aprendoconnooj.unr.edu.ar/index.php/revista/article/view/37/60 https://creativecommons.org/licenses/by-nc-sa/4.0
institution Universidad Nacional de Rosario
institution_str I-15
repository_str R-219
container_title_str Aprendo con NooJ
language Español
format Artículo revista
topic PNL
humanidades digitales
automatización de textos
gramática formal
NooJ
Digital Humanities
Text Automation
Natural Language Processing
NooJ system
Planat
spellingShingle PNL
humanidades digitales
automatización de textos
gramática formal
NooJ
Digital Humanities
Text Automation
Natural Language Processing
NooJ system
Planat
Bucciarelli, Ritamaria
Terrone, Francesco
Enriquez, Javier Julian
Symbolic AI, quantum models and text automation: toward topologies of language and meaning
topic_facet PNL
humanidades digitales
automatización de textos
gramática formal
NooJ
Digital Humanities
Text Automation
Natural Language Processing
NooJ system
Planat
author Bucciarelli, Ritamaria
Terrone, Francesco
Enriquez, Javier Julian
author_facet Bucciarelli, Ritamaria
Terrone, Francesco
Enriquez, Javier Julian
author_sort Bucciarelli, Ritamaria
title Symbolic AI, quantum models and text automation: toward topologies of language and meaning
title_short Symbolic AI, quantum models and text automation: toward topologies of language and meaning
title_full Symbolic AI, quantum models and text automation: toward topologies of language and meaning
title_fullStr Symbolic AI, quantum models and text automation: toward topologies of language and meaning
title_full_unstemmed Symbolic AI, quantum models and text automation: toward topologies of language and meaning
title_sort symbolic ai, quantum models and text automation: toward topologies of language and meaning
description We investigated advancements in digital humanities, particularly text au-tomation via NLP technologies. The research focused on sentiment anal-ysis and morpho-syntactic phonetic analysis for predetermined detection, concentrating on synthetic languages and digital communication, integrat-ing formal grammar codes with mathematical musicology. Using the NooJ linguistic platform, Planat's linguistic studies, aligned with mathematics enabled the automation of text through the translation of human thought into digital processes, validated by rigorous axioms and theories to ensure accuracy and reliability. The work involves transforming the lexicon and grammar to reduce Dan-te's verses to formal codes. The interactions between natural languages and quantum computation are explored using probabilistic computational analysis and the NooJ system. Furthermore, Homer's Digital Communica-tion Design, which emphasizes the design of digital communication, in-forms this research.
publisher Universidad Nacional de Rosario
publishDate 2025
url https://aprendoconnooj.unr.edu.ar/index.php/revista/article/view/37
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AT terronefrancesco symbolicaiquantummodelsandtextautomationtowardtopologiesoflanguageandmeaning
AT enriquezjavierjulian symbolicaiquantummodelsandtextautomationtowardtopologiesoflanguageandmeaning
AT bucciarelliritamaria iasimbolicamodeloscuanticosyautomatizaciondetextoshaciatopologiasdellenguajeyelsignificado
AT terronefrancesco iasimbolicamodeloscuanticosyautomatizaciondetextoshaciatopologiasdellenguajeyelsignificado
AT enriquezjavierjulian iasimbolicamodeloscuanticosyautomatizaciondetextoshaciatopologiasdellenguajeyelsignificado
first_indexed 2025-09-04T05:08:03Z
last_indexed 2025-10-04T05:05:29Z
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