cometadata/datacite-rtg-text-other-reclassification-records huggingface dataset:
Leveraging Artificial Intelligence to Drive Sustainable Marketing Practices: Can AI Make Marketing Green?
Creators: name: Prof. Pinki Rai
name: Prof. Dr. Arpita Pandey
Publisher: name: Zenodo
Year: 2025
Subjects: Artificial Intelligence (AI), Sustainability, Green Marketing, AI Application, Resource Efficiency, Ethical Practices.

description: Sustainability is no longer just an aesthetic but a business requirement, especially in an age when industry continuously monitors the environmentfor issues such as climate change, water scarcity and waste disposal.At the same time, AI has also become an insurgency and is transforming business processes, such as marketing.The purpose of this paper is to connect AI with sustainable marketing whereAI can be applied to support environmentally sustainable practices at the expense of maximising economic returns.Sustainable marketing focuses on the people, planet and profit triple bottom line.AI accentuates this by giving you data-driven decisions, automated time-consuming operations and hyper-personalised campaigns.It’s used for waste reduction predictions, and sentiment analysis by artificial intelligence to detect greenwashing and eco-friendly digital marketing.Examples like Unilever’s Green Product campaigns based on AI give tangible proof of the impact of AI usage in green marketing.Yet implementation costs, technical ignorance and ethical issues (algorithmic bias, data privacy) keep widespread adoption at bay.Our study answers these questions by exploring the perceptions of marketers, successful AI applications, and the opportunities to build AI into more sustainable marketing.For this we applied a qualitative research approach that involved semi-structured interviews, focus groups and document analyses.Findings suggest AI has the power to promote sustainability through the optimization of supply chains, operational efficiency and ethical consumption.Upskilling experts, inter-stakeholder cooperation, and transparency for trust and credibility are recommendations.This paper bridges the literature and practice divide to bring to academia, industry and society concrete findings for making AI work for green marketing strategies, and setting the stage for new and more sustainable approaches.
title: Follikuläres Non-Hodgkin-Lymphom mit kutaner Beteiligung
Creators: name: Sommer, Barbara
name: Langer, Christine
name: Klußmann, Jens Peter
Publisher: name: German Medical Science GMS Publishing House
Year: 2017
Subjects: subject: 610 Medical sciences; Medicine

description: Einleitung: Beim follikulärem Non-Hodgkin-Lymphom handelt es sich um eine Neoplasie des lymphatischen Systems. Hierbei entarten die Vorläuferzellen der B-Zellen (Zentroblasten und Zentrozyten). Es ist mit einem Viertel aller Non-Hodgkin-Lymphome die häufigste Form der malignen Lymphome.[zum vollständigen Text gelangen Sie über die oben angegebene URL]
description: 88. Jahresversammlung der Deutschen Gesellschaft für Hals-Nasen-Ohren-Heilkunde, Kopf- und Hals-Chirurgie
title: Digital Architectural Photogrammetry for Building Registration
Creators: name: Wiedemann, A.
Publisher: name: Bauhaus-Universität Weimar
Year: 1997
Subjects: subject: Bauwerk
subject: Projektdokumentation
subject: Fotogrammetrie
subject: 620

description: For many purposes geometric information about existing buildings is necessary, e.g. planing of conservation or reconstruction. Architectural photogrammetry is a technique to acquire 3D geometric data of buildings for a CAD model from images. In this paper the state of the art in architectural photogrammetry and some developments towards automation are described. The photogrammetric process consists of image acquisition, orientation and restitution. Special attention is put on digital methods, from digital image acquisition to restitution methods, supported by digital image processing. There are a few field of development towards automation, e.g. feature extraction, extraction of edges and lines and the detection of corresponding points. The acquired data may be used in a CAD environment or for visualization in Virtual Reality Models, using digital orthoimages for texture mapping.
description: Internationales Kolloquium über Anwendungen der Informatik und der Mathematik in Architektur und Bauwesen: 26. Februar bis 01. März 1997, Bauhaus-Universität Weimar
Additional file 1 of Single-cell transcriptomic dissection of the cellular and molecular events underlying the triclosan-induced liver fibrosis in mice
Creators: name: Bai, Yun-Meng
name: Yang, Fan
name: Luo, Piao
name: Xie, Lu-Lin
name: Chen, Jun-Hui
name: Guan, Yu-Dong
name: Zhou, Hong-Chao
name: Xu, Teng-Fei
name: Hao, Hui-Wen
name: Chen, Bing
name: Zhao, Jia-Hui
name: Liang, Cai-Ling
name: Dai, Ling-Yun
name: Geng, Qing-Shan
name: Wang, Ji-Gang
Publisher: name: figshare
Year: 2024
Subjects: subject: Biochemistry
subject: Microbiology
subject: FOS: Biological sciences
subject: Cell Biology
subject: Genetics
subject: Molecular Biology
subject: Physiology
subject: Biotechnology
subject: Chemical Sciences not elsewhere classified
subject: Immunology
subject: FOS: Clinical medicine
subject: Biological Sciences not elsewhere classified
subject: Developmental Biology
subject: Cancer
subject: Inorganic Chemistry
subject: FOS: Chemical sciences
subject: Hematology
subject: Virology

description: Additional file 1: Fig. S1. TCS showed no signs of severe toxicity. Fig. S2. The XIC (a) and mass spectrogram (b) of TCS detected in LC–MS/MS. Fig. S3. Data distribution after quality control (feature number between 200 and 5000; UMI count between 500 and 20,000; and mitochondrial gene percentage below 0.15 or 0.25) in each sample, and a total of 76,209 cells (37,841 for the control group and 38,368 for TCS-200 group) remained for further analysis. Fig. S4. Heatmap showed top 10 DEGs of each cell type based on the average fold change value. Fig. S5. Cellular change of hepatocytes (Heps). Fig. S6. Cellular change of HSCs. Fig. S7. Functions/processes enriched in down-regulated (left) and up-regulated (right) DEGs after TCS treatment in Endos. Fig. S8. Emergence of diverse macrophages after TCS treatment. Fig. S9. Cell–cell communication change after TCS treatment.
title: Analyse von fachspezifischen Sichtweisen für deren Integration im Bayes’schen therapieentscheidungsunterstützenden Patientenmodell "Larynxkarzinom"
Creators: name: Stöhr, Matthäus
name: Cypko, Mario A.
name: Lemke, Heinz U.
name: Dietz, Andreas
Publisher: name: German Medical Science GMS Publishing House
Year: 2017
Subjects: subject: 610 Medical sciences; Medicine

description: Einleitung: In die Therapieentscheidung onkologischer Krankheitsbilder wie Kopf-Hals-Tumore fließen viele Charakteristiken, die im interdisziplinären Kopf-Hals-Tumorboard (HN-TB) von Experten verschiedener Fachdisziplinen diskutiert werden, um eine optimale Therapie zu finden. Dabei spielen[zum vollständigen Text gelangen Sie über die oben angegebene URL]
description: 88. Jahresversammlung der Deutschen Gesellschaft für Hals-Nasen-Ohren-Heilkunde, Kopf- und Hals-Chirurgie
title: Head and neck malignant melanomas – clinical cases and treatment guidelines
Creators: name: Stoyanov, Stefan
name: Chernev, Georgi
name: Damyanov, Nikolay
name: Lozev, Iliya
name: Kolev, Petar
name: Vasileva, Svetla
name: Neofitov, Grigor
name: Adamova, Slavena
name: Asenova, Katya
name: Skerleva, Desislava
Publisher: name: German Medical Science GMS Publishing House
Year: 2017
Subjects: subject: 610 Medical sciences; Medicine

description: Malignant melanomas are among the deadliest and fastest growing malignant tumors in human body. Although several decades ago they were considered rare, their frequency has increased dramatically in recent years.    Our aim is to present several of our own cases of malignant melanoma in head and neck[for full text, please go to the a.m. URL]
description: 88. Jahresversammlung der Deutschen Gesellschaft für Hals-Nasen-Ohren-Heilkunde, Kopf- und Hals-Chirurgie
E06574: Aldhelm, in his prose On Virginity, names *Mary (Mother of Christ, S00033) as an exemplary virgin. Written in Latin in southern Britain, for the nuns at the monastery at Barking (south-east Britain), c. 675/686.
Creators: name: Bsavill
Publisher: name: University of Oxford
Year: 2018
Subjects: History

description: Aldhelm, prose On Virginity, 40

En, ut supra retulimus, beata Maria, virgo perpetua, hortus conclusus, fons signatus, virgula radicis, gerula floris, aurora solis, nurus patris, genetrix et germana filii simulque sponsa ac felix bernacula, sanctarum socrus animarum , supernorum regina civium, columba inter LX reginas et bis quadragenas pelices, propter perenne puritatis privilegium obsidem saeculi, monarchum mundi, rectorem poli, redemptorem soli archangelo pronuntiante, paracleto obumbrante praecordiis trepudiantibus feliciter suscipere meruit.

'Well now, as we mentioned above, the blessed MARY, the perpetual virgin, "a garden enclosed, a fountain sealed up" [Song of Songs 4:12], "the rod out of the root of Jesse bearing a flower" [Is. 11:1], the dawn of the sun, the daughter-in-law of her Father, the mother and sister of the Son and at the same time his bride and blessed handmaid, the mother-in-law of holy souls, the queen of the heavenly citizens, "a dove among threescore queens and fourscore concubines" [Song of Songs 6:7-8]: because of the privilege of her perpetual purity, was blessedly found worthy to beget, with joyful heart, the ransom of the world, the monarch of the earth, with the archangel announcing (this to her) and the Holy Ghost enveloping (her).'

Text: Ehwald 1919, 292. Translation: Lapidge and Herren 1979, 106-7.
El servicio del agua potable en un barrio de San Pablo del Monte, Tlaxcala: los efectos no esperados del crecimiento de la ciudad de Puebla (2020)
Creators: name: Gerónimo Castillo, Fabián Alejandro
name: Amaro Zahuantitla, Gustavo
Publisher: name: figshare
Year: 2025
Subjects: classificationCode: 440714
subject: Urban policy
classificationCode: 440107
subject: Social and cultural anthropology
classificationCode: 440404
subject: Political economy and social change

description: El crecmiento de las ciudades trae consigo una reestructuración de las poblaciones cercanas. En el caso del municipio de San Pablo del Monte, Tlaxcala, se han trastocado elementos organizativos, sociales, religiosos y de convivencia cotidiana a partir de la presión que tienen sobre el uso del agua como recurso de uso común, frente a las necesidad de provisión de agua para las poblaciones del municipio de Puebla, quien se encuentra cercano geográficamente, pero que tiene una gestión del agua como recurso natural y de mercado.
A New Perspektiv on Infinite Number Spaces through Prime Number Distance and Quantization
Creators: name: Sebastian, Boulfoul
Publisher: name: Zenodo
Year: 2025
Subjects: Prime Number Gaps
Quantization Number Spaces
Cyclic Number Systems
Mathematical Constants
Prime-Based Quantization
Pi and Square Root Representation
Alternative Number Theory
Discrete Mathematics
Infinity and Quantization
Nonlinear Number Systems
Mathematical Transformations
Unbounded Number Structures
Prime Based Mathematical Framework
Periodic Number Spaces
Mathematical Physics Application
Riemann Zeta function
Scalling law of prime numbers
Asymptotic prime density
Analytical Number Theorie
Fourier analysis of prime numbers
Random Matrix theory and zeta zeros
Mathematical physics of Zeta function

description: Correction Notice:

In version 1, I made an error in the description. Instead of "The space was divided into 11 discrete sections based on prime number gaps," it should correctly state:

"The space was divided into 5 discrete sections based on prime number gaps"

"Version 34, 35, 36, 37 and 38 corrects an oversight in the Hybrid Greedy and DP Quantization"

NEW "Version 67" Exact Deterministic Model for Prime Number

NEW "Version 68" "Multi-Layer Encryption"

"Version 77 and 78" Correction "Black Hole Fractal Quantization of Surface"

I am not a professional mathematician myself, but I developed this idea and validated it using AI. I would like to share it with experts who work on prime numbers and the Riemann hypothesis.

 This version includes an extended section on "Pime Number Prediction Rule", which was separately published under:

https://doi.org/10.5281/zenodo.14991542

Post Quantum Cryptography:  

https://doi.org/10.5281/zenodo.14979773

 

Contact: nmb99@outlook.de
Additional file 2 of Comparison of systemic inflammatory profiles in COVID-19 and community-acquired pneumonia patients: a prospective cohort study
Creators: name: Ibáñez-Prada, Elsa D.
name: Fish, Matthew
name: Fuentes, Yuli V.
name: Bustos, Ingrid G.
name: Serrano-Mayorga, Cristian C.
name: Lozada, Julian
name: Rynne, Jennifer
name: Jennings, Aislinn
name: Crispin, Ana M.
name: Santos, Ana Maria
name: Londoño, John
name: Shankar-Hari, Manu
name: Reyes, Luis Felipe
Publisher: name: figshare
Year: 2024
Subjects: subject: Medicine
subject: Microbiology
subject: FOS: Biological sciences
subject: Physiology
subject: Biotechnology
subject: Immunology
subject: FOS: Clinical medicine
subject: Biological Sciences not elsewhere classified
subject: Developmental Biology
subject: Cancer
subject: Infectious Diseases
subject: FOS: Health sciences

description: Additional file 2: Table S1. Baseline characteristics of COVID-19 subpopulations.
A New Perspektiv on Infinite Number Spaces through Prime Number Distance and Quantization
Creators: name: Sebastian, Boulfoul
Publisher: name: Zenodo
Year: 2025
Subjects: Prime Number Gaps
Quantization Number Spaces
Cyclic Number Systems
Mathematical Constants
Prime-Based Quantization
Pi and Square Root Representation
Alternative Number Theory
Discrete Mathematics
Infinity and Quantization
Nonlinear Number Systems
Mathematical Transformations
Unbounded Number Structures
Prime Based Mathematical Framework
Periodic Number Spaces
Mathematical Physics Application
Riemann Zeta function
Scalling law of prime numbers
Asymptotic prime density
Analytical Number Theorie
Fourier analysis of prime numbers
Random Matrix theory and zeta zeros
Mathematical physics of Zeta function

description: Correction Notice:

In version 1, I made an error in the description. Instead of "The space was divided into 11 discrete sections based on prime number gaps," it should correctly state:

"The space was divided into 5 discrete sections based on prime number gaps"

"Version 34, 35, 36, 37 and 38 corrects an oversight in the Hybrid Greedy and DP Quantization"

NEW "Version 67" Exact Deterministic Model for Prime Number

NEW "Version 68" "Multi-Layer Encryption"

"Version 77, 78 and 79" Correction "Black Hole Fractal Quantization of Surface"

I am not a professional mathematician myself, but I developed this idea and validated it using AI. I would like to share it with experts who work on prime numbers and the Riemann hypothesis.

 This version includes an extended section on "Pime Number Prediction Rule", which was separately published under:

https://doi.org/10.5281/zenodo.14991542

Post Quantum Cryptography:  

https://doi.org/10.5281/zenodo.14979773

 

Contact: nmb99@outlook.de
Additional file 1 of Darier’s disease exhibits a unique cutaneous microbial dysbiosis associated with inflammation and body malodour
Creators: name: Amar, Yacine
name: Rogner, Danielle
name: Silva, Rafaela L.
name: Foesel, Bärbel U.
name: Ud-Dean, Minhaz
name: Lagkouvardos, Ilias
name: Steimle-Grauer, Susanne A.
name: Niedermeier, Sebastian
name: Kublik, Susanne
name: Jargosch, Manja
name: Heinig, Matthias
name: Thomas, Jenny
name: Eyerich, Stefanie
name: Wikström, Jakob
name: Schloter, Michael
name: Eyerich, Kilian
name: Biedermann, Tilo
name: Köberle, Martin
Publisher: name: figshare
Year: 2024
Subjects: subject: Biophysics
subject: Biochemistry
subject: Medicine
subject: Microbiology
subject: FOS: Biological sciences
subject: Genetics
subject: Immunology
subject: FOS: Clinical medicine
subject: Biological Sciences not elsewhere classified
subject: Science Policy
subject: Infectious Diseases
subject: FOS: Health sciences

description: Additional file 1. Supplementary Figures.
A New Perspektiv on Infinite Number Spaces through Prime Number Distance and Quantization
Creators: name: Sebastian, Boulfoul
Publisher: name: Zenodo
Year: 2025
Subjects: Prime Number Gaps
Quantization Number Spaces
Cyclic Number Systems
Mathematical Constants
Prime-Based Quantization
Pi and Square Root Representation
Alternative Number Theory
Discrete Mathematics
Infinity and Quantization
Nonlinear Number Systems
Mathematical Transformations
Unbounded Number Structures
Prime Based Mathematical Framework
Periodic Number Spaces
Mathematical Physics Application
Riemann Zeta function
Scalling law of prime numbers
Asymptotic prime density
Analytical Number Theorie
Fourier analysis of prime numbers
Random Matrix theory and zeta zeros
Mathematical physics of Zeta function

description: Correction Notice:

In version 1, I made an error in the description. Instead of "The space was divided into 11 discrete sections based on prime number gaps," it should correctly state:

"The space was divided into 5 discrete sections based on prime number gaps"

"Version 34, 35, 36, 37 and 38 corrects an oversight in the Hybrid Greedy and DP Quantization"

NEW "Version 67" Exact Deterministic Model for Prime Number

NEW "Version 68" "Multi-Layer Encryption"

"Version 77, 78, 79, 80, and 81" Correction "Black Hole Surface"

I am not a professional mathematician myself, but I developed this idea and validated it using AI. I would like to share it with experts who work on prime numbers and the Riemann hypothesis.

 This version includes an extended section on "Pime Number Prediction Rule", which was separately published under:

https://doi.org/10.5281/zenodo.14991542

Post Quantum Cryptography:  

https://doi.org/10.5281/zenodo.14979773

 

Contact: nmb99@outlook.de
A New Perspektiv on Infinite Number Spaces through Prime Number Distance and Quantization
Creators: name: Sebastian, Boulfoul
Publisher: name: Zenodo
Year: 2025
Subjects: Prime Number Gaps
Quantization Number Spaces
Cyclic Number Systems
Mathematical Constants
Prime-Based Quantization
Pi and Square Root Representation
Alternative Number Theory
Discrete Mathematics
Infinity and Quantization
Nonlinear Number Systems
Mathematical Transformations
Unbounded Number Structures
Prime Based Mathematical Framework
Periodic Number Spaces
Mathematical Physics Application
Riemann Zeta function
Scalling law of prime numbers
Asymptotic prime density
Analytical Number Theorie
Fourier analysis of prime numbers
Random Matrix theory and zeta zeros
Mathematical physics of Zeta function

description: Correction Notice:

In version 1, I made an error in the description. Instead of "The space was divided into 11 discrete sections based on prime number gaps," it should correctly state:

"The space was divided into 5 discrete sections based on prime number gaps"

Correction Notice:

"Version 34, 35, 36, 37 and 38" "Oversight in the Hybrid Greedy and DP Quantization"

NEW "Version 67" "Exact Deterministic Model for Prime Number"

NEW "Version 68" "Multi-Layer Encryption"

Correction Notice:

"Version 77, 78, 79, 80, 81 and 82" "Black Hole Surface"

I am not a professional mathematician myself, but I developed this idea and validated it using AI. I would like to share it with experts who work on prime numbers and the Riemann hypothesis.

This version includes an extended section on "Pime Number Prediction Rule", which was separately published under:

https://doi.org/10.5281/zenodo.14991542

Post Quantum Cryptography:  

https://doi.org/10.5281/zenodo.14979773

 

Contact: nmb99@outlook.de
A New Perspektiv on Infinite Number Spaces through Prime Number Distance and Quantization
Creators: name: Sebastian, Boulfoul
Publisher: name: Zenodo
Year: 2025
Subjects: Prime Number Gaps
Quantization Number Spaces
Cyclic Number Systems
Mathematical Constants
Prime-Based Quantization
Pi and Square Root Representation
Alternative Number Theory
Discrete Mathematics
Infinity and Quantization
Nonlinear Number Systems
Mathematical Transformations
Unbounded Number Structures
Prime Based Mathematical Framework
Periodic Number Spaces
Mathematical Physics Application
Riemann Zeta function
Scalling law of prime numbers
Asymptotic prime density
Analytical Number Theorie
Fourier analysis of prime numbers
Random Matrix theory and zeta zeros
Mathematical physics of Zeta function

description: Correction Notice:

In version 1, I made an error in the description. Instead of "The space was divided into 11 discrete sections based on prime number gaps," it should correctly state:

"The space was divided into 5 discrete sections based on prime number gaps"

Correction Notice:

"Version 34, 35, 36, 37 and 38" "Oversight in the Hybrid Greedy and DP Quantization"

NEW "Version 67" "Exact Deterministic Model for Prime Number"

NEW "Version 68" "Multi-Layer Encryption"

Correction Notice:

"Version 77, 78, 79, 80, 81 and 82" "Black Hole Surface"

NEW: "Fraktal Emission Duality: A Unified Operator Model for Hawking Radiation and Relativistic Jets"

I am not a professional mathematician myself, but I developed this idea and validated it using AI. I would like to share it with experts who work on prime numbers and the Riemann hypothesis.

This version includes an extended section on "Pime Number Prediction Rule", which was separately published under:

https://doi.org/10.5281/zenodo.14991542

Post Quantum Cryptography:  

https://doi.org/10.5281/zenodo.14979773

 

Contact: nmb99@outlook.de
AWARENESS ABOUT GENOMIC INSTABILITY VIA HYPOMETHYLATION OF LINE 1 AMONG ALLIED HEALTH SCIENCES STUDENTS
Creators: name: Kethan Umakanth
name: Prasanna Devi
name: Sivakumar Ekambaram
name: Jagadeswaran
name: Dhanraj Ganapathy
Publisher: name: Zenodo
Year: 2024
Subjects: Awareness, Health Science, DNA, Hypomethylation.

description: Abstract

Introductıon: Intestinal and colorectal cancers are multifactorial diseases with various inputs including diet, environment, genetic mutations, and epigenetic abnormalities. The disease first manifests as an over-proliferation defect in the form of polyps that, if not removed, can progress to precancerous adenomas. Aım: This survey was conducted for assessing the awareness about genomic instability via hypomethylation of LINE 1 among allied health Sciences students. Materıals and Methods: This cross-sectional research was conducted with a self-administered questionnaire containing ten questions distributed amongst 100 Allied Health science students.The students were randomly selected across various disciplines of Allied Health Sciences.The study setting was designated in the university campus.The survey instrument was a questionnaire pre tested and evaluated for validity and reliability concerns. Results: 84.5% of the respondents were aware about genomic instability and hypomethylation of line 1. 69.8% of the respondents were aware about DNA hypomethylation. 70.7% of the respondents were aware about hypomethylation increase gene expression. 72.4% of the respondents were aware about genomic stability is important. 69% of the respondents were aware about DNA include RNA. 69% of the respondents were aware about radiation cause damage to DNA. Conclusıon: There is moderate awareness amongst allied health Sciences student about genomic instability via hypomethylation of LINE 1. Enhanced aware initiatives and educational programs together with iincreased importance for curriculum improvements that future promote knowledge and awareness of genomic instability via hypomethylation of LINE
E06575: Aldhelm, in his prose On Virginity, names *Caecilia (virgin and martyr of Rome, S00146) as an exemplary virgin. Written in Latin in southern Britain, for the nuns at the monastery at Barking (south-east Britain), c. 675/686.
Creators: name: Bsavill
Publisher: name: University of Oxford
Year: 2018
Subjects: History

description: Aldhelm, prose On Virginity, 40

[...] Verum mihi de Mariae perpetua virginitate, quae ante sacri seminis receptaculum virgo favorabilis exstitit et post caelestis puerperii praeconium virgo favorabilior permansit, sollicite scribenti repente ad memoriam rediit, quomodo Caecilia, virgo sacratissima, indultae iugalitatis consortia ac pacta proci sponsalia obtentu castitatis refutans velut spurca latrinarum purgamenta laudabili spiritus fervore contempserit, despexerit, respuerit; quae, licet organica bis quinquagenis et ter quinis sonorum vocibus concreparet armonia, acsi letiferos Sirinarum concentus, cum inexpertos quosque ad vitae pericula pellexerint, sub praetextu integritatis surdis auribus auscultabat. Quamobrem procum proprium et futurum, si virginitatis fortuna pateretur, levirum a superstitiosa de lubrorum cultura convertens baptismatis fonte renatos visibiliter angelicis perfrui conspectibus fecit, quibus caelicola ab astris destinatus candidis ac purpureis contexta serta floribus obtulit Istas, inquiens, coronas inmaculato (corde) et mundo corpore custodite, quia de paradiso dei eas ad vos attuli!

'Truly, it suddenly came into my mind as I am writing carefully about the perpetual virginity of Mary – who was a virgin full of grace before receiving the sacred seed, and who remained a virgin of even greater grace after the honour of her divine child-bearing – how CAECILIA, a most holy virgin, refused the companionship of a conferred marriage and the betrothal ceremonies of her suitor on the grounds of her chastity, and scorned, despised and rejected them with laudable spiritual fervour, just as the foul excrement of the latrine. And although the music of the organ with its one hundred and fifteen musical notes was sounding, she listened with deaf ears, under the pretext of her chastity, as if to the deadly harmonies of the Sirens when they entice each and every inexperienced person towards the dangers of life. As a result of this, she converted her own suitor and her future brother-in-law – if the condition of virginity were to allow (it) – from the superstitious worship of pagan shrines; and when they were reborn through the baptismal font she made them visibly enjoy an angelic presence: for an angel sent from the stars brought to them some garlands woven with white and crimson flowers, saying, "Guard these crowns with an immaculate heart and a pure body, since I have brought them to you from the paradise of God (himself)."'

Text: Ehwald 1919, 292. Translation: Lapidge and Herren 1979, 107.
A New Perspektiv on Infinite Number Spaces through Prime Number Distance and Quantization
Creators: name: Sebastian, Boulfoul
Publisher: name: Zenodo
Year: 2025
Subjects: Prime Number Gaps
Quantization Number Spaces
Cyclic Number Systems
Mathematical Constants
Prime-Based Quantization
Pi and Square Root Representation
Alternative Number Theory
Discrete Mathematics
Infinity and Quantization
Nonlinear Number Systems
Mathematical Transformations
Unbounded Number Structures
Prime Based Mathematical Framework
Periodic Number Spaces
Mathematical Physics Application
Riemann Zeta function
Scalling law of prime numbers
Asymptotic prime density
Analytical Number Theorie
Fourier analysis of prime numbers
Random Matrix theory and zeta zeros
Mathematical physics of Zeta function

description: Correction Notice:

In version 1, I made an error in the description. Instead of "The space was divided into 11 discrete sections based on prime number gaps," it should correctly state:

"The space was divided into 5 discrete sections based on prime number gaps"

Correction Notice:

"Version 34, 35, 36, 37 and 38" "Oversight in the Hybrid Greedy and DP Quantization"

NEW "Version 67" "Exact Deterministic Model for Prime Number"

NEW "Version 68" "Multi-Layer Encryption"

Correction Notice:

"Version 77, 78, 79, 80, 81 and 82" "Black Hole Surface"

NEW: "Version 84" "Fraktal Emission Duality: A Unified Operator Model for Hawking Radiation and Relativistic Jets"

NEW: "Version 85" "Fractal Resonance in Quantized Number Space: Prime-Based Light Motion, Central Interference, and Mirror-Symmetric Encoding"

NEW: "Version 85" Fractal Operator Logic in Natural Media: Water as a Mirror of Transformational Symmetry"

I am not a professional mathematician myself, but I developed this idea and validated it using AI. I would like to share it with experts who work on prime numbers and the Riemann hypothesis.

This version includes an extended section on "Pime Number Prediction Rule", which was separately published under:

https://doi.org/10.5281/zenodo.14991542

Post Quantum Cryptography:  

https://doi.org/10.5281/zenodo.14979773

 

Contact: nmb99@outlook.de
A New Perspektiv on Infinite Number Spaces through Prime Number Distance and Quantization
Creators: name: Sebastian, Boulfoul
Publisher: name: Zenodo
Year: 2025
Subjects: Prime Number Gaps
Quantization Number Spaces
Cyclic Number Systems
Mathematical Constants
Prime-Based Quantization
Pi and Square Root Representation
Alternative Number Theory
Discrete Mathematics
Infinity and Quantization
Nonlinear Number Systems
Mathematical Transformations
Unbounded Number Structures
Prime Based Mathematical Framework
Periodic Number Spaces
Mathematical Physics Application
Riemann Zeta function
Scalling law of prime numbers
Asymptotic prime density
Analytical Number Theorie
Fourier analysis of prime numbers
Random Matrix theory and zeta zeros
Mathematical physics of Zeta function

description: Correction Notice:

In version 1, I made an error in the description. Instead of "The space was divided into 11 discrete sections based on prime number gaps," it should correctly state:

"The space was divided into 5 discrete sections based on prime number gaps"

Correction Notice:

"Version 34, 35, 36, 37 and 38" "Oversight in the Hybrid Greedy and DP Quantization"

NEW "Version 67" "Exact Deterministic Model for Prime Number"

NEW "Version 68" "Multi-Layer Encryption"

Correction Notice:

"Version 77, 78, 79, 80, 81 and 82" "Black Hole Surface"

NEW: "Version 84" "Fraktal Emission Duality: A Unified Operator Model for Hawking Radiation and Relativistic Jets"

NEW: "Version 85" "Fractal Resonance in Quantized Number Space: Prime-Based Light Motion, Central Interference, and Mirror-Symmetric Encoding"

NEW: "Version 85" Fractal Operator Logic in Natural Media: Water as a Mirror of Transformational Symmetry"

NEW: "Version 86" "Center-Frequency Resonance Based on Spiral Origin 5.5: A Geometric Model for Prime Number Structure"

I am not a professional mathematician myself, but I developed this idea and validated it using AI. I would like to share it with experts who work on prime numbers and the Riemann hypothesis.

This version includes an extended section on "Pime Number Prediction Rule", which was separately published under:

https://doi.org/10.5281/zenodo.14991542

Post Quantum Cryptography:  

https://doi.org/10.5281/zenodo.14979773

 

Contact: nmb99@outlook.de
A New Perspektiv on Infinite Number Spaces through Prime Number Distance and Quantization
Creators: name: Sebastian, Boulfoul
Publisher: name: Zenodo
Year: 2025
Subjects: Prime Number Gaps
Quantization Number Spaces
Cyclic Number Systems
Mathematical Constants
Prime-Based Quantization
Pi and Square Root Representation
Alternative Number Theory
Discrete Mathematics
Infinity and Quantization
Nonlinear Number Systems
Mathematical Transformations
Unbounded Number Structures
Prime Based Mathematical Framework
Periodic Number Spaces
Mathematical Physics Application
Riemann Zeta function
Scalling law of prime numbers
Asymptotic prime density
Analytical Number Theorie
Fourier analysis of prime numbers
Random Matrix theory and zeta zeros
Mathematical physics of Zeta function

description: Correction Notice:

In version 1, I made an error in the description. Instead of "The space was divided into 11 discrete sections based on prime number gaps," it should correctly state:

"The space was divided into 5 discrete sections based on prime number gaps"

Correction Notice:

"Version 34, 35, 36, 37 and 38" "Oversight in the Hybrid Greedy and DP Quantization"

NEW "Version 67" "Exact Deterministic Model for Prime Number"

NEW "Version 68" "Multi-Layer Encryption"

Correction Notice:

"Version 77, 78, 79, 80, 81 and 82" "Black Hole Surface"

NEW: "Version 84" "Fraktal Emission Duality: A Unified Operator Model for Hawking Radiation and Relativistic Jets"

NEW: "Version 85" "Fractal Resonance in Quantized Number Space: Prime-Based Light Motion, Central Interference, and Mirror-Symmetric Encoding"

NEW: "Version 85" Fractal Operator Logic in Natural Media: Water as a Mirror of Transformational Symmetry"

NEW: "Version 86" "Center-Frequency Resonance Based on Spiral Origin 5.5: A Geometric Model for Prime Number Structure"

NEW: "Version 87" "A Unified Resonance Model for Prime Number Prediction Spiral Geometry Meets Modular Quantization"

I am not a professional mathematician myself, but I developed this idea and validated it using AI. I would like to share it with experts who work on prime numbers and the Riemann hypothesis.

This version includes an extended section on "Pime Number Prediction Rule", which was separately published under:

https://doi.org/10.5281/zenodo.14991542

Post Quantum Cryptography:  

https://doi.org/10.5281/zenodo.14979773

 

Contact: nmb99@outlook.de
A New Perspektiv on Infinite Number Spaces through Prime Number Distance and Quantization
Creators: name: Sebastian, Boulfoul
Publisher: name: Zenodo
Year: 2025
Subjects: Prime Number Gaps
Quantization Number Spaces
Cyclic Number Systems
Mathematical Constants
Prime-Based Quantization
Pi and Square Root Representation
Alternative Number Theory
Discrete Mathematics
Infinity and Quantization
Nonlinear Number Systems
Mathematical Transformations
Unbounded Number Structures
Prime Based Mathematical Framework
Periodic Number Spaces
Mathematical Physics Application
Riemann Zeta function
Scalling law of prime numbers
Asymptotic prime density
Analytical Number Theorie
Fourier analysis of prime numbers
Random Matrix theory and zeta zeros
Mathematical physics of Zeta function

description: Correction Notice:

In version 1, I made an error in the description. Instead of "The space was divided into 11 discrete sections based on prime number gaps," it should correctly state:

"The space was divided into 5 discrete sections based on prime number gaps"

Correction Notice:

"Version 34, 35, 36, 37 and 38" "Oversight in the Hybrid Greedy and DP Quantization"

NEW "Version 67" "Exact Deterministic Model for Prime Number"

NEW "Version 68" "Multi-Layer Encryption"

Correction Notice:

"Version 77, 78, 79, 80, 81 and 82" "Black Hole Surface"

NEW: "Version 84" "Fraktal Emission Duality: A Unified Operator Model for Hawking Radiation and Relativistic Jets"

NEW: "Version 85" "Fractal Resonance in Quantized Number Space: Prime-Based Light Motion, Central Interference, and Mirror-Symmetric Encoding"

NEW: "Version 85" Fractal Operator Logic in Natural Media: Water as a Mirror of Transformational Symmetry"

NEW: "Version 86" "Center-Frequency Resonance Based on Spiral Origin 5.5: A Geometric Model for Prime Number Structure"

NEW: "Version 87" "A Unified Resonance Model for Prime Number Prediction Spiral Geometry Meets Modular Quantization"

NEW: "Version 88" "Fractal Spiral Structure of Light"

I am not a professional mathematician myself, but I developed this idea and validated it using AI. I would like to share it with experts who work on prime numbers and the Riemann hypothesis.

This version includes an extended section on "Pime Number Prediction Rule", which was separately published under:

https://doi.org/10.5281/zenodo.14991542

Post Quantum Cryptography:  

https://doi.org/10.5281/zenodo.14979773

 

Contact: nmb99@outlook.de
E06576: Aldhelm, in his prose On Virginity, names *Agatha (virgin and martyr of Catania, S00794) as an exemplary virgin. Written in Latin in southern Britain, for the nuns at the monastery at Barking (south-east Britain), c. 675/686.
Creators: name: Bsavill
Publisher: name: University of Oxford
Year: 2018
Subjects: History

description: Aldhelm, prose On Virginity, 41

Sed et a celeberrimus virginis Agathae rumor ea tempestate longiuscule erebrescens, qua Dioclitianus imperator augustae potestatis monarchiam gubernans truculenta tormentorum edicta orthodoxae fidei cultoribus irrogabat, totam Trinacriae provinciam penetravit. Cuius integritatis castimoniam nec membrorum crudelis dilaceratio compescere nec lictorum atrox vexatio praepedire nec acria testularum fragmina infringere vel torrida carbonum incendia ullatenus vincere valuerunt, quin potius ut adamantinus scopulus contra illata carnificum tormenta ferro fortior induruit. Cuius rei documenta et non fictae veritatis indicia Siculus indigena et Catenensis oppidi municeps concorditer adstipulantur; qui cum Aetnaei montis incendia favillis late scintillantibus bullirent sulfureisque flammarum globis fervida torrentum flumina in praeceps currentia crepitarent, sacram sarcofagi tumbam, qua virginale corpusculum claudebatur, quasi turris obstaculum et muri propugnaculum ruituris ignium imbribus opposuerunt et mox horrendos focorum ardores obvia quaeque crematuros et liquefactas scopulorum congeries voraturos dicto citius cum virginis suffragio sopierunt.

'But also the universal renown of the virgin AGATHA was growing far and wide and had spread through the entire province of Sicily at that time when the emperor Diocletian, exercising the authority of imperial power, was inflicting grim decrees of punishment on the followers of the orthodox faith. The cruel rending of her limbs could not subdue, the vicious persecution of the lictors could not impede, the sharp splinters of potsherds could not weaken, the searing hot coals could not in anyway overcome (Agatha's) innocent purity; rather, like an adamantine rock, she became harder than iron in the face of the tortures imposed by the executioners. The attestation of this fact, and the proofs of a not fictitious truth, are jointly confirmed by a native of Sicily and a citizen of the town of Catania: when the fires of Mt Etna boiled over with lava throwing off sparks far and wide and streams of its torrents ablaze with sulphurous balls of fire roared as they flowed headlong (down the mountainside), these men opposed the holy coffin in which lay the virginal little body (of Agatha) to the engulfing streams of fire, as if it were a towered bastion or a walled fortress; and in the twinkling of an eye, with the virgin's assistance, they straightaway calmed the terrifying inferno of flames which was going to burn everything in its way and devour the liquefied masses of rock.'

Text: Ehwald 1919, 293. Translation: Lapidge and Herren 1979, 107-8.
Additional file 1 of Educational telerehabilitation program for women with pelvic floor dysfunctions after gynecological pelvic cancer treatment: protocol study for a randomized and controlled clinical trial
Creators: name: Bem Fretta, Tatiana de
name: Dacanal, Gabriela Dassie
name: de Souza Mendes, Pauliana Carolina
name: Dias, Mirella
name: Jorge, Cristine Homsi
Publisher: name: figshare
Year: 2024
Subjects: subject: Medicine
subject: Cell Biology
subject: Physiology
subject: FOS: Biological sciences
subject: Pharmacology
subject: Biotechnology
subject: Cancer
subject: Infectious Diseases
subject: FOS: Health sciences

description: Additional file 1: SPIRIT checklist
Políticas públicas y capacidades institucionales. La evaluación de dos Fondos del Ramo 33 en municipios del estado de Puebla (2020)
Creators: name: Gerónimo Castillo, Fabián Alejandro
name: Amaro Zahuantitla, Gustavo
Publisher: name: figshare
Year: 2025
Subjects: classificationCode: 440803
subject: Comparative government and politics
classificationCode: 440899
subject: Political science not elsewhere classified
classificationCode: 440709
subject: Public policy
classificationCode: 440708
subject: Public administration

description: Este capítulo analiza los principales resultados en una muestra de municipios evaluados en los ejercicios fiscales 2014 y 2015 en el estado de Puebla para que, desde el marco de las capacidades institucionales, se puedan proponer elementos que consoliden la puesta en marcha de las acciones implementadas con recursos del Ramo 33 (FISM y FORTAMUN) en el ámbito municipal.
A New Perspektiv on Infinite Number Spaces through Prime Number Distance and Quantization
Creators: name: Sebastian, Boulfoul
Publisher: name: Zenodo
Year: 2025
Subjects: Prime Number Gaps
Quantization Number Spaces
Cyclic Number Systems
Mathematical Constants
Prime-Based Quantization
Pi and Square Root Representation
Alternative Number Theory
Discrete Mathematics
Infinity and Quantization
Nonlinear Number Systems
Mathematical Transformations
Unbounded Number Structures
Prime Based Mathematical Framework
Periodic Number Spaces
Mathematical Physics Application
Riemann Zeta function
Scalling law of prime numbers
Asymptotic prime density
Analytical Number Theorie
Fourier analysis of prime numbers
Random Matrix theory and zeta zeros
Mathematical physics of Zeta function

description: Correction Notice:

In version 1, I made an error in the description. Instead of "The space was divided into 11 discrete sections based on prime number gaps," it should correctly state:

"The space was divided into 5 discrete sections based on prime number gaps"

Correction Notice:

"Version 34, 35, 36, 37 and 38" "Oversight in the Hybrid Greedy and DP Quantization"

NEW "Version 67" "Exact Deterministic Model for Prime Number"

NEW "Version 68" "Multi-Layer Encryption"

Correction Notice:

"Version 77, 78, 79, 80, 81 and 82" "Black Hole Surface"

NEW: "Version 84" "Fraktal Emission Duality: A Unified Operator Model for Hawking Radiation and Relativistic Jets"

NEW: "Version 85" "Fractal Resonance in Quantized Number Space: Prime-Based Light Motion, Central Interference, and Mirror-Symmetric Encoding"

NEW: "Version 85" Fractal Operator Logic in Natural Media: Water as a Mirror of Transformational Symmetry"

NEW: "Version 86" "Center-Frequency Resonance Based on Spiral Origin 5.5: A Geometric Model for Prime Number Structure"

NEW: "Version 87" "A Unified Resonance Model for Prime Number Prediction Spiral Geometry Meets Modular Quantization"

NEW: "Version 88" "Fractal Spiral Structure of Light"

NEW: "Version 89" "Emergence of the Fine-Structure Constant from a Fractal Prime-Difference Spiral"

I am not a professional mathematician myself, but I developed this idea and validated it using AI. I would like to share it with experts who work on prime numbers and the Riemann hypothesis.

This version includes an extended section on "Pime Number Prediction Rule", which was separately published under:

https://doi.org/10.5281/zenodo.14991542

Post Quantum Cryptography:  

https://doi.org/10.5281/zenodo.14979773

 

Contact: nmb99@outlook.de
E06577: The Greek Martyrdom of *Therinos (martyr of Bouthroton, S00395) is written probably in Bouthroton/Buthrotum (Epirus, western Balkans), and probably at some point from the 5th to the 8th century.
Creators: name: Nikolaos
Publisher: name: University of Oxford
Year: 2018
Subjects: History

description: Martyrdom of Therinos (BHG 1798z)

Very brief summary:

In the reign of Dekios, old provincial governors are replaced by new, more brutal ones, with the intent of persecuting Christians. In the ‘province of the land of Thesprotia’, in the city of Bouthroton [in the text Botrotos or Botroton], the new governor Philippos reads the imperial decree and is confronted by a local Christian, Therinos, who professes his faith. The governor is in the process of torturing Therinos in various ways when the text of the manuscript breaks off.

According to the ending, found in the Latin version of the Martyrdom, the saint’s miraculous salvation from all the tortures inflicted on him causes the governor Philippos to convert. Therinos then lives for another three-and-a-half years and is buried in the city called ‘Bosrena’.

Text: Aubineau 1982, 63-78.
Summary: N. Kälviäinen.
title: Einfluss von tumor-infiltrierenden Lymphozyten und der Expression der microRNAs miR-146a und miR-378 auf die Prognose von HNSCC-Patienten
Creators: name: Marx, Anke
name: Linxweiler, Maximilian
name: Lerner, Cornelia
name: Schick, Bernhard
name: Wemmert, Silke
Publisher: name: German Medical Science GMS Publishing House
Year: 2017
Subjects: subject: 610 Medical sciences; Medicine

description: Einleitung: MicroRNAs (miRNAs) sind kleine, nicht-kodierende RNAs, deren Expression in Tumoren variiert und die zur Initiation und Progression von Tumoren beitragen können. In der vorliegenden Arbeit haben wir microRNA-Analysen der beiden CD3-beeinflussenden miRNAs miR-146a und miR-378 durchgeführt[zum vollständigen Text gelangen Sie über die oben angegebene URL]
description: 88. Jahresversammlung der Deutschen Gesellschaft für Hals-Nasen-Ohren-Heilkunde, Kopf- und Hals-Chirurgie
A New Perspektiv on Infinite Number Spaces through Prime Number Distance and Quantization
Creators: name: Sebastian, Boulfoul
Publisher: name: Zenodo
Year: 2025
Subjects: Prime Number Gaps
Quantization Number Spaces
Cyclic Number Systems
Mathematical Constants
Prime-Based Quantization
Pi and Square Root Representation
Alternative Number Theory
Discrete Mathematics
Infinity and Quantization
Nonlinear Number Systems
Mathematical Transformations
Unbounded Number Structures
Prime Based Mathematical Framework
Periodic Number Spaces
Mathematical Physics Application
Riemann Zeta function
Scalling law of prime numbers
Asymptotic prime density
Analytical Number Theorie
Fourier analysis of prime numbers
Random Matrix theory and zeta zeros
Mathematical physics of Zeta function

description: Correction Notice:

In version 1, I made an error in the description. Instead of "The space was divided into 11 discrete sections based on prime number gaps," it should correctly state:

"The space was divided into 5 discrete sections based on prime number gaps"

Correction Notice:

"Version 34, 35, 36, 37 and 38" "Oversight in the Hybrid Greedy and DP Quantization"

NEW "Version 67" "Exact Deterministic Model for Prime Number"

NEW "Version 68" "Multi-Layer Encryption"

Correction Notice:

"Version 77, 78, 79, 80, 81 and 82" "Black Hole Surface"

NEW: "Version 84" "Fraktal Emission Duality: A Unified Operator Model for Hawking Radiation and Relativistic Jets"

NEW: "Version 85" "Fractal Resonance in Quantized Number Space: Prime-Based Light Motion, Central Interference, and Mirror-Symmetric Encoding"

NEW: "Version 85" Fractal Operator Logic in Natural Media: Water as a Mirror of Transformational Symmetry"

NEW: "Version 86" "Center-Frequency Resonance Based on Spiral Origin 5.5: A Geometric Model for Prime Number Structure"

NEW: "Version 87" "A Unified Resonance Model for Prime Number Prediction Spiral Geometry Meets Modular Quantization"

NEW: "Version 88" "Fractal Spiral Structure of Light"

NEW: "Version 89" "Emergence of the Fine-Structure Constant from a Fractal Prime-Difference Spiral"

NEW: "Version 91" "Fractal Tree Structure in Prime-Cycle Quantization: A Recursive Model of Mirror-Symmetrie Number Space"

NEW: "Version 92" "A Determenistic Tree Model of the Double-Slit Experiment"

I am not a professional mathematician myself, but I developed this idea and validated it using AI. I would like to share it with experts who work on prime numbers and the Riemann hypothesis.

This version includes an extended section on "Pime Number Prediction Rule", which was separately published under:

https://doi.org/10.5281/zenodo.14991542

Post Quantum Cryptography:  

https://doi.org/10.5281/zenodo.14979773

 

Contact: nmb99@outlook.de