The Rough Energy Landscape ProblemGiulio Biroli
Conférence de Giulio Biroli organisée par le département de physique.
Amorphous glassy matter is ubiquitous. It intervenes as well in everyday life as in cutting edge science: not only a lot of materials are glassy (glasses, foams, plastic) but also several systems in mathematics, computer science and biology display glassy behavior. In recent years, research has been boosted by new theoretical and experimental advances; unifying concepts and theoretical frameworks have emerged. After a general introduction, I will present two recent results obtained studying non-linear responses. I shall show that high order non-linear susceptibilities of super-cooled liquids provide definite results on the critical behavior of the glass transition and reveal its non-standard nature. In the amorphous solid phase, the emergence of a marginally stable glass phase at low temperature leads to the breakdown of standard elasticity and diverging fluctuations of all non-linear elastic modulii.
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Giulio Biroli
Cursus :
Giulio Biroli est physicien à l'Institut de Physique Théorique du CEA, enseignant à l'Ecole Polytechnique. Il a été professeur invité au laboratoire de physique théorique de l'ENS au cours de l'année 2015.
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