Recent evidence indicates that in supercooled liquids the cooperativity of molecular motion extends over certain temporal and spatial ranges. A key advance is the experimental and theoretical exploration of higher-order correlation functions that can track the molecular coordinates for more than just two points in time or space. Uncontested experimental determinations of the heterogeneity length scale at the glass transition remain a major goal
The status of our basic understanding of the physics and structure of glasses is presented in the li...
The status of our basic understanding of the physics and structure of glasses is presented in the li...
The status of our basic understanding of the physics and structure of glasses is presented in the li...
The growth of characteristic length scales associated with dynamic heterogeneity in glass-forming li...
Recent work has demonstrated the strong qualitative differences between the dynamics near a glass tr...
The growth of characteristic length scales associated with dynamic heterogeneity in glass-forming li...
The growth of characteristic length scales associated with dynamic heterogeneity in glass-forming li...
The glass transition, whereby liquids transform into amorphous solids at low temperatures, is a subj...
The dynamical spatial correlations detected by the mutual information (MI) in the isoconfigurational...
International audienceWe use recently introduced three-point dynamic susceptibilities to obtain an e...
International audienceWe use recently introduced three-point dynamic susceptibilities to obtain an e...
International audienceWe use recently introduced three-point dynamic susceptibilities to obtain an e...
We present a theoretical framework based on a higher order density correlation function, analogous ...
Relaxation in supercooled liquids above their glass transition and below the onset temperature of “s...
The dynamical spatial correlations detected by the mutual information (MI) in the isoconfigurational...
The status of our basic understanding of the physics and structure of glasses is presented in the li...
The status of our basic understanding of the physics and structure of glasses is presented in the li...
The status of our basic understanding of the physics and structure of glasses is presented in the li...
The growth of characteristic length scales associated with dynamic heterogeneity in glass-forming li...
Recent work has demonstrated the strong qualitative differences between the dynamics near a glass tr...
The growth of characteristic length scales associated with dynamic heterogeneity in glass-forming li...
The growth of characteristic length scales associated with dynamic heterogeneity in glass-forming li...
The glass transition, whereby liquids transform into amorphous solids at low temperatures, is a subj...
The dynamical spatial correlations detected by the mutual information (MI) in the isoconfigurational...
International audienceWe use recently introduced three-point dynamic susceptibilities to obtain an e...
International audienceWe use recently introduced three-point dynamic susceptibilities to obtain an e...
International audienceWe use recently introduced three-point dynamic susceptibilities to obtain an e...
We present a theoretical framework based on a higher order density correlation function, analogous ...
Relaxation in supercooled liquids above their glass transition and below the onset temperature of “s...
The dynamical spatial correlations detected by the mutual information (MI) in the isoconfigurational...
The status of our basic understanding of the physics and structure of glasses is presented in the li...
The status of our basic understanding of the physics and structure of glasses is presented in the li...
The status of our basic understanding of the physics and structure of glasses is presented in the li...
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