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Topological charges in liquids on a sphere
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Classroom Contents
Colloidal Glasses - Bringing Glass Physics Into Focus by Rajesh Ganapathy
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- 1 Intro
- 2 Colloidal glasses Bringing glass physics into focus
- 3 The fate of a typical liquid on cooling
- 4 Glass transition is ubiquitous
- 5 Striking features of the glass transition
- 6 Dynamical heterogeneities (DH) in dense colloidal liquids Visualized using a confocal microscope
- 7 Crystal: Devitrification
- 8 Why is devitrification interesting?
- 9 Dynamics frozen on particle scale
- 10 Devitrification of a soft colloidal glass
- 11 What do simulations say?
- 12 One glass, two devitrification pathways
- 13 @ Unifying Concepts in Glass Physics Meeting (UCGP 2018), Bristol
- 14 Support Vector Machines
- 15 Softness a better predictor of devitrification
- 16 Supercooled liquids on a sphere
- 17 The glass transition problem
- 18 What happens when you curve space?
- 19 Experimental system
- 20 Topological charges in liquids on a sphere
- 21 Cooperative dynamics in liquids on a sphere
- 22 Machine learning glasses
