scholarly journals EL JUEGO DE LOS ABALORIOS: del Último Teorema de Fermat a los Solitones Ópticos

2021 ◽  
Vol 2 (5) ◽  
pp. 7238-7256
Author(s):  
Jorge Fujioka ◽  
Alfredo Gómez Rodríguez ◽  
Áurea Espinosa Cerón

Siguiendo la idea del Juego de los Abalorios (de Hermann Hesse), en este trabajo investigamos qué relación existe entre el último Teorema de Fermat (UTF) y los solitones ópticos. Para encontrar esta relación examinamos los pasos principales que condujeron a la demostración del UTF, empezando por la conjetura de Taniyama-Shimura, y pasando por las contribuciones de Hellegouarch, Frey y Ribet, hasta llegar al trabajo de Wiles. Posteriormente examinamos algunas de las ecuaciones que describen a los solitones ópticos. De este análisis se desprende que las curvas elípticas constituyen el puente que relaciona ambos temas. Veremos, además, que las ecuaciones que describen solitones ópticos también podrían tener alguna relación con la criptografía. Finalmente veremos que los resultados encontrados en este trabajo nos permiten proponer 2 conjeturas que constituyen temas de investigación para el futuro.   Following the idea of the Glass Bead Game (by Hermann Hesse), in this work we investigate what relation exists between Fermat´s Last Theorem (FLT) and the optical solitons. To find such a relationship we examine the principal steps which lead to the demonstration of FLT, starting from Taniyama-Shimura´s conjecture, then paying attention to the contributions of Hellegouarch, Frey and Ribet, and finally the work of Wiles. Then we examine some of the equations which describe optical solitons. From this analysis it follows that the elliptic curves constitute the bridge that connects both topics. Moreover, we will observe that the equations which describe optical solitons might also be related to cryptography. Finally, we will see that the results found in this communication permit us to propose 2 conjectures that constitute research topics for future works.

2021 ◽  
Vol 2 (5) ◽  
pp. 6491-6510
Author(s):  
Jorge Fujioka ◽  
Alfredo Gómez Rodríguez ◽  
Áurea Espinosa Cerón

Siguiendo la idea del Juego de los Abalorios (de Hermann Hesse), en este trabajo investigamos qué relación existe entre el último Teorema de Fermat (UTF) y los solitones ópticos. Para encontrar esta relación examinamos los pasos principales que condujeron a la demostración del UTF, empezando por la conjetura de Taniyama-Shimura, y pasando por las contribuciones de Hellegouarch, Frey y Ribet, hasta llegar al trabajo de Wiles. Posteriormente examinamos algunas de las ecuaciones que describen a los solitones ópticos. De este análisis se desprende que las curvas elípticas constituyen el puente que relaciona ambos temas. Veremos, además, que las ecuaciones que describen solitones ópticos también podrían tener alguna relación con la criptografía. Finalmente veremos que los resultados encontrados en este trabajo nos permiten proponer 2 conjeturas que constituyen temas de investigación para el futuro.   Following the idea of the Glass Bead Game (by Hermann Hesse), in this work we investigate what relation exists between Fermat´s Last Theorem (FLT) and the optical solitons. To find such a relationship we examine the principal steps which lead to the demonstration of FLT, starting from Taniyama-Shimura´s conjecture, then paying attention to the contributions of Hellegouarch, Frey and Ribet, and finally the work of Wiles. Then we examine some of the equations which describe optical solitons. From this analysis it follows that the elliptic curves constitute the bridge that connects both topics. Moreover, we will observe that the equations which describe optical solitons might also be related to cryptography. Finally, we will see that the results found in this communication permit us to propose 2 conjectures that constitute research topics for future works.


2020 ◽  
Vol 34 (4) ◽  
pp. 503-509
Author(s):  
Xianyun Tang ◽  
Boren Zheng

Abstract Hermann Hesse was keenly aware of the spiritual and social crises of war-torn Europe. He explored possible solutions to these problems in his writing and was interested in drawing on the resources of oriental philosophies. Of particular importance was the thought of Chinese Taoism. Hesse frequently mentioned his understanding of the Taoist philosophies of Laozi (老子) and Zhuangzi (庄子) in letters to his friends, and Taoist ideas such as ‘Tao’ (道) or ‘One’ and ‘polar opposites and unity’ recur across his work. This article will trace Hesse’s understanding of the Taoist thought of Laozi and Zhuangzi, and analyse the influence of Chinese Taoism on Hesse’s masterpiece, The Glass Bead Game (1943).


2014 ◽  
Vol 26 (31) ◽  
pp. 13-26
Author(s):  
Olga Senkāne

The present article falls within a number of papers about research on specification of philosophical novels. The aim of this article is to analyze author’s function as a narrative category in classical philosophical novels (Franz Kafka "The Trial" (1925) ”The Castle”(1926), Jean-Paul Sartre "Nausea" (1938), Hermann Hesse "The Glass Bead Game" (1943), Albert Camus ”The Plague” (1947)) and a novel of Latvian prose writer Ilze Šķipsna „Neapsolītās zemes” [Un-Promised Lands](1970)). The analysis is based on theoretical ideas of structural narratologists Gerard Genette, William Labov, Seymuor Chatman, Wolf Schmid, as well as philosophers Edmund Husserl, Jean-Paul Sartre, Paul Ricouer and semioticians Yuri Lotman (Юрий Лотман) and Umberto Eco.The real author can ”enter” the text only indirectly—as an image, with the help of the storyteller, and the way how this ”entry” happens is determined by the narration of the real author or narrative (communication) skills of the author. Thus, the author and implied author are functionally different concepts: author as a real person develops the concept idea, his intention is to define the concept under his original vision; narrator, in its turn, communicates with the reader, representing the concept, and his aim is to select appropriate means of communication with regard to reader’s perceptual abilities.


1997 ◽  
Vol &NA; (1080) ◽  
pp. 5
Author(s):  
&NA;

Nature ◽  
2004 ◽  
Vol 427 (6970) ◽  
pp. 105-106 ◽  
Author(s):  
Thomas M. Bayerl
Keyword(s):  

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