Mapping Manuel Sandoval Vallarta (1899-1977) Scientific Contribution.

IF 0.9 4区 哲学 Q2 HISTORY & PHILOSOPHY OF SCIENCE Foundations of Science Pub Date : 2022-09-28 DOI:10.1007/s10699-022-09872-y
María de la Paz Ramos-Lara, Gustavo Carreón-Vázquez, Edgar Acatitla-Romero, Rosa María Mendoza-Rosas
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Abstract

This paper employs network theory, mining data and bibliometric analysis when mapping the scientific contribution of Nobel Prize candidate; Manuel Sandoval Vallarta, the first and most renowned Mexican physicist and important figure in Latin American science. Vallarta died in 1977, and the existing literature is about his life and contributions to science but not about how those are still valuable today. This paper is the first to highlight, with mapping tools, that his contributions are relevant to the international community of cosmic rays (as he was pioneer and leader), quantum mechanics and relativity. These tools delivered three findings: Identify how he built his own field of study, same as universal knowledge. Unveil that the backward and forward Vallarta citations follow a scale-free network distribution. Determine social factors that benefited or affected his scientific activities-such as World War II interrupting Vallarta's successful productivity at Massachusetts Institute of Technology. Furthermore, this study confirmed the interdisciplinary nature of the mapping studies of the scientist's contributions using scientometric tools. As a result, several interesting questions arose throughout our research, some of which were answered from the history and philosophy of science. However, others need to be analyzed by experts in the fields of Vallarta. Mapping research sends an invitation to interdisciplinary dialogue/research between experts in different areas of study to better understand the process of knowledge production both, individual and collective.

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绘制曼努埃尔-桑多瓦尔-巴亚尔塔(1899-1977 年)的科学贡献。
曼努埃尔-桑多瓦尔-巴亚尔塔是第一位也是最著名的墨西哥物理学家,也是拉丁美洲科学界的重要人物。巴亚尔塔于 1977 年去世,现有文献都是关于他的生平和对科学的贡献,但没有论述这些贡献在今天仍有价值。本文首次利用绘图工具强调了他的贡献与国际宇宙射线界(他是宇宙射线的先驱和领导者)、量子力学和相对论的相关性。这些工具带来了三项发现:确定他是如何建立自己的研究领域的,这与普世知识相同。揭示瓦拉塔前后引文遵循无标度网络分布。确定有利于或影响其科学活动的社会因素,如第二次世界大战打断了瓦拉塔在麻省理工学院的成功工作。此外,这项研究还证实了利用科学计量学工具对这位科学家的贡献进行绘图研究的跨学科性质。因此,在我们的研究过程中出现了几个有趣的问题,其中一些已经从科学史和科学哲学中找到了答案。然而,还有一些问题需要由巴亚尔塔领域的专家进行分析。绘图研究邀请不同研究领域的专家开展跨学科对话/研究,以便更好地了解个人和集体的知识生产过程。
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来源期刊
Foundations of Science
Foundations of Science HISTORY & PHILOSOPHY OF SCIENCE-
CiteScore
2.60
自引率
11.10%
发文量
51
期刊介绍: Foundations of Science focuses on methodological and philosophical topics of foundational significance concerning the structure and the growth of science. It serves as a forum for exchange of views and ideas among working scientists and theorists of science and it seeks to promote interdisciplinary cooperation. Since the various scientific disciplines have become so specialized and inaccessible to workers in different areas of science, one of the goals of the journal is to present the foundational issues of science in a way that is free from unnecessary technicalities yet faithful to the scientific content. The aim of the journal is not simply to identify and highlight foundational issues and problems, but to suggest constructive solutions to the problems. The editors of the journal admit that various sciences have approaches and methods that are peculiar to those individual sciences. However, they hold the view that important truths can be discovered about and by the sciences and that truths transcend cultural and political contexts. Although properly conducted historical and sociological inquiries can explain some aspects of the scientific enterprise, the editors believe that the central foundational questions of contemporary science can be posed and answered without recourse to sociological or historical methods.
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