Cuasicristales y cuasicientíficos: cómo un relato del pasado puede darnos pistas sobre el presente de la ciencia

In 1982, Daniel Shechtman discovered quasicrystalline structures that would lead to a change in the very definition of crystal. Linus Pauling was a staunch opponent of this change, despite the evidence. Alan Mackay, on the other hand, had already predicted such structures when he spoke of widespread crystallography. This essay explores the contrast between the two and how the history of quasicrystals provides an opportunity to reflect on the basic principles of well-practiced science: scientific evidence, reproducibility, and correct attribution.

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Published
2025-08-15
DOI
https://doi.org/10.62059/latarxiv.preprints.475
Primary Topic
Psychology Research and Bibliometrics
Type
article
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article

Cuasicristales y cuasicientíficos: cómo un relato del pasado puede darnos pistas sobre el presente de la ciencia

Juan Manuel Ramírez-de-Arellano
Psychology Research and Bibliometrics
article

Cuasicristales y cuasicientíficos: cómo un relato del pasado puede darnos pistas sobre el presente de la ciencia

Juan Manuel Ramírez-de-Arellano
article en

Abstract

In 1982, Daniel Shechtman discovered quasicrystalline structures that would lead to a change in the very definition of crystal. Linus Pauling was a staunch opponent of this change, despite the evidence. Alan Mackay, on the other hand, had already predicted such structures when he spoke of widespread crystallography. This essay explores the contrast between the two and how the history of quasicrystals provides an opportunity to reflect on the basic principles of well-practiced science: scientific evidence, reproducibility, and correct attribution.

Tecnológico de Monterrey (MX)
Openalex Percentile: Top 78%
Psychology Research and Bibliometrics
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