Mineralogy has traditionally classified matter primarily through local chemistry and diffraction symmetry. But some physically distinct states of matter differ neither principally in composition nor in obvious diffraction symmetry; they differ in how fluctuations behave over very large distances. Such states may therefore already exist in mineral collections under names such as glass, metamict material, or poorly crystalline phase.
Where the Mineral Kingdom Might Hide New Forms of Matter / L. Bindi. - ELETTRONICO. - 7:(2026), pp. e2026CN000364.1-e2026CN000364.8. [10.1029/2026CN000364]
Where the Mineral Kingdom Might Hide New Forms of Matter
L. Bindi
2026
Abstract
Mineralogy has traditionally classified matter primarily through local chemistry and diffraction symmetry. But some physically distinct states of matter differ neither principally in composition nor in obvious diffraction symmetry; they differ in how fluctuations behave over very large distances. Such states may therefore already exist in mineral collections under names such as glass, metamict material, or poorly crystalline phase.File in questo prodotto:
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Perspectives of Earth and Spac - 2026 - Bindi - Where the Mineral Kingdom Might Hide New Forms of Matter.pdf
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