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Mapping Manuel Sandoval Vallarta (1899-1977) Scientific Contribution
María de la Paz Ramos-Lara1, Gustavo Carreón-Vázquez2, Edgar Acatitla-Romero3
1Center for Interdisciplinary Research in Sciences and Humanities, National Autonomous University of Mexico, Mexico City, Mexico.
This study maps physicist Manuel Sandoval Vallarta's scientific contributions using network theory. It reveals his lasting impact on cosmic rays, quantum mechanics, and relativity, highlighting his pioneering work and citation network patterns.
Area of Science:
- Physics, History of Science, Scientometrics
Background:
- Manuel Sandoval Vallarta, a prominent Mexican physicist, has received limited attention regarding the contemporary relevance of his scientific work.
- Existing literature focuses on his life and past contributions, not their current value.
Purpose of the Study:
- To map and analyze the scientific contributions of Manuel Sandoval Vallarta using network theory and bibliometric analysis.
- To highlight the enduring relevance of his work in cosmic rays, quantum mechanics, and relativity to the international scientific community.
Main Methods:
- Application of network theory, data mining, and bibliometric analysis.
- Utilizing mapping tools to visualize and assess scientific impact.
- Analysis of citation networks and identification of social factors influencing scientific productivity.
Main Results:
- Identification of Vallarta's role in establishing his own field of study within universal knowledge.
- Discovery that Vallarta's citation patterns exhibit a scale-free network distribution.
- Determination of social factors, such as World War II, that impacted his scientific output.
Conclusions:
- Vallarta's contributions remain relevant to the international community in cosmic rays, quantum mechanics, and relativity.
- The study underscores the interdisciplinary nature of scientometric mapping.
- The research invites further interdisciplinary dialogue to understand knowledge production processes.
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