赛诺（Cyno）和冰元素（Cryo）的语言学渊源——兼议过量元素对须弥语言风格的影响

八卦谈佚名 ▪ 2024-02-02 08:24:48

赛诺（Cyno）和冰元素（Cryo）的语言学渊源——兼议过量元素对须弥语言风格的影响

李川越（月海亭，璃月）

摘要：本文介绍了赛诺（Cyno）和冰元素（Cryo）的语言起源[1][2]，并指名了该元素理论的存在的误区。该理论是由须弥教令院的伐护末那学院提出的。此外，本文还研究了草元素（Dendro）的过度使用如何影响提瓦特世界中须弥人的语言风格。通过仔细研究基于草元素的语言叙事和文化背景，本文旨在提供对世界及其潜在语言结构的更深入理解。

导论：提瓦特大陆是一个由七种元素组成的世界，其中每个元素都具有独特属性和特征。草元素是这些元素之一，并在自然界中起着至关重要的作用，例如为植物提供营养和氧气供应。伐护末那学院是提瓦特大陆中的一所学术机构，其致力于深入探索元素对于语言和文化的影响，并已提出过度草元素使用对须弥语言和文化的间接影响路径。然而，直接影响仍未被完全探索。须弥的赛诺等人指出了赛诺（Cyno）和冰元素（Cryo）的语言学渊源：从词形上看，冰元素（Cryo）和赛诺（Cyno）很可能出自同一个词源：κρύος ，意思是“冰的、寒冷的、冰霜的”。这从某种程度上解释了受冰元素影响下的赛诺本人的语言风格，以及赛诺总能将笑话讲成冷笑话这一现象。然而，除了冰元素外，须弥当地富集的草元素同样对须弥的语言风格产生了极大的影响，这在过往研究中被忽略了。本文旨在通过研究草元素（Dendro）和赛诺（Cyno）的语言起源以及文化背景，深入探究草元素对须弥语言风格的直接影响，以提供对提瓦特世界语言结构和文化的更深入理解。

方法：

本研究将须弥大风纪官赛诺的语言使用情况作为分析对象，采集赛诺在草元素富集区域不同情境下的语言数据，并以赛诺在草元素贫乏区域的语言数据作为对照组，应用如下方法：

1. 数据采集

本研究采集赛诺在草元素密集分布区环境中的口语语料，并选择赛诺在非草元素密集分布区同等条件下的语料作为对照组。具体而言，我们采集了赛诺（Cyno）前往风元素占主导分布的蒙德地区过程中的口语语料，并与其在草元素占主导分布的须弥地区口语语料作为对比。每个环境中，我们采集被试约10分钟的语言数据，涵盖语音、语法、词汇、表意等方面。

2. 数据处理

在采集足够数量的语言数据后，本研究运用语言统计学工具对赛诺的两组语言数据进行分析。通过比较赛诺在不同环境中的语言特点，探究草元素是否对赛诺的语言使用产生了影响。

3. 结果

经过对赛诺在草元素密集分布区和非草元素密集分布区的语言数据的分析发现，赛诺在草元素密集分布区的语音、语法和词汇使用方面均有所改变。具体来说，与非草元素密集分布区相比，赛诺在草元素密集分布区的语音中，韵尾元音更长，元音变化范围更大；在语法使用上，赛诺在草元素密集分布区使用更多方式副词，比如渐近副词；在词汇选择方面，赛诺在草元素密集分布区使用更多与草相关的词汇，比如“草”。

4. 结果分析

草元素对赛诺的语言表达产生影响，是由于草元素的生物活性和赛诺的生物代谢过程有关。具体而言，草元素可影响人体生物代谢和神经系统功能，进一步影响到人的语言表达。草元素富集区域的气氛中含有更高的草元素浓度，当赛诺在此环境中呼吸、进食、吸收这些草元素时，草元素会进入其身体，通过血液循环系统达到人体各个器官和组织。草元素可以影响人体内的神经递质和激素的分泌，从而引起各种生理过程的改变。这些生理过程包括但不限于代谢速率的变化、免疫系统的激活、神经系统的兴奋和抑制等。

这些生理过程的变化会直接影响到赛诺的神经系统和身体机能，进而影响到其语言表达的方式和语言使用的频率。例如，草元素可能影响到赛诺的嗓音功能，导致其在草元素密集分布区域中语音的韵尾元音更长、元音变化范围更大的现象；草元素还可能影响到赛诺的代谢过程，产生更多与草相关的思维和词汇，表现出更多使用草相关的词汇和渐近副词等语法结构和语义表达，比如“草”。

结论

综上所述，草元素通过对赛诺的生理过程和神经系统功能的影响，来影响到赛诺的语言表达方式和频率。因此，针对草元素与语言表达之间的关系，我们需要深入探究草元素如何作用于人体生理和神经系统机制，在此基础上进一步研究其对人类语言使用和认知的影响。

参考文献：

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The Linguistic Origins of Cyno and Cryo Theories: Discussing the Impact of Excessive Use of Elements on the Sumeru Language Style

Li Chuanyue(Yuehai Pavilion, Liyue)

Abstract: This paper focuses on the linguistic origins of Cyno and Cryo theories proposed by the Academy of Vahumana from Akademiya. Furthermore, the paper examines how excessive use of Dendro elements has impacted the language style of the Sumeru people. By carefully examining the linguistic narratives and cultural backgrounds based on the Dendro element, this paper aims to provide a deeper understanding of the world and its underlying linguistic structures.

Introduction: The continent of Teyvat is a world composed of seven elements, each with unique attributes and characteristics. The Dendro element is one of these elements and plays a crucial role in the natural world by providing nutrients and oxygen to the plants. The the Academy of Vahumana from Akademiya is an academic institution in Teyvat that is dedicated to exploring the impact of elements on language and culture and has proposed an indirect impact path of excessive use of the Dendro element on the language and culture of the people of Teyvat. However, the direct impact has not been fully explored. Teyvat's Cyno and others have pointed out the linguistic origins of the Cryo and Cyno elements: from the perspective of word form, Cryo and Cyno are likely to come from the same word source, κρύος, meaning "icy, cold, frosty." This explains to some extent the language style of Cyno under the influence of the Cryo element and why Cyno can always tell bad jokes which makes people feel chilly. However, in addition to the Cryo element, the locally enriched Dendro element has also had a great influence on the language style of Teyvat, which has been overlooked in previous studies. This article aims to explore the direct impact of the Dendro element on the language style of Teyvat through the study of the linguistic origins and cultural backgrounds of the Dendro element and Cyno, to provide a deeper understanding of Teyvat's language structure and culture.

Methods:

In this study, we analyzed the language usage of the General Mahamatra, Cyno, by collecting language data in different contexts in areas with different Dendro element concentrations.

1. Data Collection

We used Cyno's language data in areas with a high concentration of Dendro element as the experimental group and language data in areas with a low concentration of Dendro element as the control group. Specifically, we collected Cyno's spoken language data as he traveled to the Mondstadt region dominated by the Anemo element and compared it to his language data in the richly Dendro element area of Sumeru. In each environment, we collected about 10 minutes of language data covering phonology, grammar, vocabulary, and semantics.

2. Data Process

We then used language statistical analysis tools to analyze the two sets of language data collected from Cyno in different environments. By comparing Cyno's language characteristics in different contexts, we examined whether the Dendro element had an impact on Cyno's language usage.

3. Result

The results of the analysis showed that Cyno's pronunciation, grammar, and vocabulary usage changed in areas with a high concentration of Dendro element compared to those in areas with a low concentration of Dendro element. Specifically, in areas with a high concentration of Dendro element, Cyno's final vowel lengthened, and the range of vowel changes was wider in his pronunciation. In terms of grammar usage, Cyno used more manner adverbs, such as approximating adverbs, in areas with a high concentration of Dendro element. For vocabulary selection, Cyno used more Dendro-related words, such as "Cao", in areas with a high concentration of Dendro element.

4. Analysis

The Dendro element's impact on Cyno's language expression is related to the biological activity of the Dendro element and Cyno's metabolic process. Specifically, the Dendro element can affect human metabolism and nervous system function, which further affects language expression. In areas with a high concentration of Dendro element, the atmosphere contains higher levels of Dendro element. When Cyno breathes, eats, and absorbs these Dendro elements in this environment, they enter his body and reach various organs and tissues through the circulatory system. The Dendro element can affect the secretion of neurotransmitters and hormones in the human body, causing changes in various physiological processes. These physiological processes include but are not limited to changes in metabolic rate, activation of the immune system, and excitation and inhibition of the nervous system.

Conclusion:

In summary, the Dendro element affects Cyno's language expression and frequency by influencing his physiological processes and nervous system function. Therefore, to further explore the relationship between the Dendro element and language expression, we need to investigate how the Dendro element affects human physiological and nervous system mechanisms, and further study its impact on human language usage and cognition.

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