Quantum physics is the basis of scientific thinking and influences the mind. Wendt [1] in Quantum Mind and Social Science argues that the mind and social life are macroscopic phenomena of quantum mechanics and that the quantum consciousness hypothesis is the cognitive basis of a quantum social science. In these new scientific parameters of knowledge, our visualization matrix is essentially a holographic projection. Research innovation lies in seeking the point of convergence to describe a formal process that, as a multi-code process, goes from a phase of joined sentences to a data implementation phase, Planat of the Institute of Femto -ST Dep. of Micro Nano Sciences and Systems, Besan{\c{c}}on, France. The goal is to find points of contact between quantum physics, computational linguistics, and quantum computing. Planat [2] states that the quality that the linguist must possess beyond courage is{\ldots} Competence to transcribe mathematical concepts into grammatical structures. This assumption is at the basis of our study. The tools are 1) identifying new parameters for the production of fixed structures identified in the Planat model mathematical theories; 2) using Charles Baudelaire's narrative text [3] to clarify the importance of the verb in the sentence through the research and experimentation method into a local grammar; 3) utilizing Max Silberztein's NooJ system [4], for the production of sentence analysis and paraphrases, tools for developing formal dictionaries and grammars, and NLP applications such as semantic annotators; 4) developing the implementation of advanced integrated Machine Learning algorithms for the creation of knowledge from obtained data; 5) applying the BuViTeMS ({\textcopyright} 2020) AW Digital Intelligence model for the production of edited, reformulated and translated sentences using a mixed system. Thus, the entire formal process will make use of: 1 Lexicon-Grammatical to transfer the numerical quantum language into a lexicon-grammatical code; 2 The NooJ's environment to generate statistical analysis and graphs.
The Digital Text Workshop Cloud, New Solutions for Super Calculation Environments
Rita Bucciarelli
;
2022-01-01
Abstract
Quantum physics is the basis of scientific thinking and influences the mind. Wendt [1] in Quantum Mind and Social Science argues that the mind and social life are macroscopic phenomena of quantum mechanics and that the quantum consciousness hypothesis is the cognitive basis of a quantum social science. In these new scientific parameters of knowledge, our visualization matrix is essentially a holographic projection. Research innovation lies in seeking the point of convergence to describe a formal process that, as a multi-code process, goes from a phase of joined sentences to a data implementation phase, Planat of the Institute of Femto -ST Dep. of Micro Nano Sciences and Systems, Besan{\c{c}}on, France. The goal is to find points of contact between quantum physics, computational linguistics, and quantum computing. Planat [2] states that the quality that the linguist must possess beyond courage is{\ldots} Competence to transcribe mathematical concepts into grammatical structures. This assumption is at the basis of our study. The tools are 1) identifying new parameters for the production of fixed structures identified in the Planat model mathematical theories; 2) using Charles Baudelaire's narrative text [3] to clarify the importance of the verb in the sentence through the research and experimentation method into a local grammar; 3) utilizing Max Silberztein's NooJ system [4], for the production of sentence analysis and paraphrases, tools for developing formal dictionaries and grammars, and NLP applications such as semantic annotators; 4) developing the implementation of advanced integrated Machine Learning algorithms for the creation of knowledge from obtained data; 5) applying the BuViTeMS ({\textcopyright} 2020) AW Digital Intelligence model for the production of edited, reformulated and translated sentences using a mixed system. Thus, the entire formal process will make use of: 1 Lexicon-Grammatical to transfer the numerical quantum language into a lexicon-grammatical code; 2 The NooJ's environment to generate statistical analysis and graphs.File | Dimensione | Formato | |
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