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Emile Zola , ne a Paris, est un ecrivain, journaliste et homme public francais, considere comme le chef de file du naturalisme. C'est l'un des romanciers francais les plus universellement populaires, l'un des plus publies et traduits au monde, le plus adapte au cinema et a la television. Sa vie et son oeuvre ont ete etudies dans le detail par la science historique. Sur le plan litteraire, il est principalement connu pour Les Rougon-Macquart, monumentale fresque romanesque en vingt volumes depeignant la societe francaise du second empire.
Les dernieres annees de sa vie sont marquees par son engagement dans son epoque, lors de l'affaire Dreyfus, dans laquelle il joue un r'le decisif par la publication du plus celebre article de la presse francaise: J'Accuse.!
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The Dream (Rousseau painting) - Wikipedia
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Seller Inventory ING Seller Inventory M Improving our understanding of the properties of civil engineering and environmental materials is a major issue for sustainable development. Indeed developing sustainable means for waste or CO 2 storage, less energy consuming and more sustainable buildings, etc, are among the most critical environmental urgencies. It relies on the various scientific skills available within the Paris-Est community, including theoretical and numerical modelling from atomistic to structural scales and experimental investigation, involving in particular innovative manufacturing processes and multiscale imaging techniques of materials.
A wide class of materials is considered, including rocks, soils, cement based materials and concrete, natural materials as wood or hemp, polymer or glass based materials, as well as their combination leading to various ranges of composites materials; model materials without direct application might also be considered in view of the detailed understanding of specific physical processes involved in more complex microstructures. Questions regarding the optimal use of traditional or more innovative materials in constructions are also of interest, as well as surface treatments for their functionalization.
Labex MMCD gathers three laboratories of comparable size, as well as two smaller research groups, building up a community of about researchers covering a rather wide set of scientific expertises. Roughly speaking, they refer to the typical scales of the phenomena under consideration, ranging from nanometric scales considered in Axis 1, to metric scales of macroscopic structures considered in Axis 4; Axes 2 and 3 refer primarily to intermediate microscopic scales, at which matter might be described as a continuum, Axis 2 being focused on solid type behaviours, while Axis 3 considers fluid-type behaviours, in a large strain regime.
Advanced fundamental scientific challenges are addressed within these Axes, through funded projects involving at least two different teams of the Labex, with complementary skills.
In addition, since , a few larger transverse projects have been funded and address more generic questions requiring wider ranges of skills to be addressed.