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• W2058777870 abstract "We numerically study crystal nucleation and glassy slow dynamics of the one-component Gaussian core model (GCM) at high densities. The nucleation rate at a fixed supercooling is found to decrease as the density increases. At very high densities, the nucleation is not observed at all in the time window accessed by long molecular dynamics (MD) simulation. Concomitantly, the system exhibits typical slow dynamics of the supercooled fluids near the glass transition point. We compare the simulation results of the supercooled GCM with the predictions of mode-coupling theory (MCT) and find that the agreement between them is better than any other model glassformers studied numerically in the past. Furthermore, we find that a violation of the Stokes-Einstein relation is weaker and the non-Gaussian parameter is smaller than canonical glassformers. Analysis of the probability distribution of the particle displacement clearly reveals that the hopping effect is strongly suppressed in the high density GCM. We conclude from these observations that the GCM is more amenable to the mean-field picture of the glass transition than other models. This is attributed to the long-ranged nature of the interaction potential of the GCM in the high density regime. Finally, the intermediate scattering function at small wavevectors is found to decay much faster than its self part, indicating that dynamics of the large-scale density fluctuations decouples with the shorter-ranged caging motion." @default.
• W2058777870 created "2016-06-24" @default.
• W2058777870 creator A5030673379 @default.
• W2058777870 creator A5033938144 @default.
• W2058777870 date "2011-08-01" @default.
• W2058777870 modified "2023-09-24" @default.
• W2058777870 title "Slow dynamics of the high density Gaussian core model" @default.
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• W2058777870 cites W1971354120 @default.
• W2058777870 cites W1974614574 @default.
• W2058777870 cites W1975863482 @default.
• W2058777870 cites W1977349092 @default.
• W2058777870 cites W1978375794 @default.
• W2058777870 cites W1978741882 @default.
• W2058777870 cites W1979432664 @default.
• W2058777870 cites W1980358108 @default.
• W2058777870 cites W1981446578 @default.
• W2058777870 cites W1985737101 @default.
• W2058777870 cites W1993203441 @default.
• W2058777870 cites W1994705922 @default.
• W2058777870 cites W2005060555 @default.
• W2058777870 cites W2005934974 @default.
• W2058777870 cites W2014409866 @default.
• W2058777870 cites W2016431581 @default.
• W2058777870 cites W2019585341 @default.
• W2058777870 cites W2024543235 @default.
• W2058777870 cites W2025596398 @default.
• W2058777870 cites W2027428284 @default.
• W2058777870 cites W2028066001 @default.
• W2058777870 cites W2029011597 @default.
• W2058777870 cites W2030116384 @default.
• W2058777870 cites W2031494748 @default.
• W2058777870 cites W2034332549 @default.
• W2058777870 cites W2041582955 @default.
• W2058777870 cites W2043509351 @default.
• W2058777870 cites W2045055947 @default.
• W2058777870 cites W2046492277 @default.
• W2058777870 cites W2048876587 @default.
• W2058777870 cites W2054787483 @default.
• W2058777870 cites W2058926190 @default.
• W2058777870 cites W2059179557 @default.
• W2058777870 cites W2067531346 @default.
• W2058777870 cites W2070900001 @default.
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• W2058777870 cites W2073630248 @default.
• W2058777870 cites W2074308311 @default.
• W2058777870 cites W2076846025 @default.
• W2058777870 cites W2076981001 @default.
• W2058777870 cites W2078175933 @default.
• W2058777870 cites W2078330609 @default.
• W2058777870 cites W2084530541 @default.
• W2058777870 cites W2089651182 @default.
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• W2058777870 cites W2121714544 @default.
• W2058777870 cites W2132291511 @default.
• W2058777870 cites W2145086490 @default.
• W2058777870 cites W2163448702 @default.
• W2058777870 cites W2164096057 @default.
• W2058777870 cites W2170797104 @default.
• W2058777870 cites W2486482602 @default.
• W2058777870 cites W2963111191 @default.
• W2058777870 cites W2995067424 @default.
• W2058777870 cites W3100362569 @default.
• W2058777870 cites W3100822334 @default.
• W2058777870 cites W3101671493 @default.
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• W2058777870 cites W3104623136 @default.
• W2058777870 cites W3106522291 @default.
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• W2058777870 doi "https://doi.org/10.1063/1.3615949" @default.
• W2058777870 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21823726" @default.
• W2058777870 hasPublicationYear "2011" @default.
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