We present an overview of recent advances in the understanding of foam structure and
energy and their dependence on liquid volume fraction. We consider liquid foams in …

We review the coarsening process of foams made with various surfactants and gases,
focusing on physico-chemical aspects. Several parameters strongly affect coarsening: foam …

The effect of dislocations on the chemical, electrical and transport properties in oxide
materials is important for electrochemical devices, such as fuel cells and resistive switches …

Because of the resemblance of many epithelial tissues to densely packed soap bubbles, it
has been suggested that surface minimization, which drives soap bubble packing, could be …

Predicting physical properties of materials with spatially complex structures is one of the
most challenging problems in material science. One key to a better understanding of such …

We describe results from systematic measurements of the rate of bubble Ostwald ripening in
foams with air volume fraction of 90%. Several surfactant systems, with high and low surface …

A doping strategy aimed at improving n-type conductivity in perovskite oxides by enhancing
bulk oxide ion mobility is proposed and discussed. To justify and further assess this premise …

Les mousses sont omniprésentes dans notre quotidien. Elles sont craintes dans certains
procédés industriels (comme la fabrication du verre, de la pâte à papier, du vin, etc.), mais …

In a previous paper, the authors described a simulation method for the evolution of two-
dimensional cellular structures by curvature flow that satisfied the von Neumann–Mullins …

This chapter discusses the history and development of what we propose to rename the
Glazier-Graner-Hogeweg model (GGH model), starting with its ancestors, simple models of …