Foams have unique properties that distinguish them from ordinary liquids and gases, and
are ubiquitously observed in nature, both in biological systems and industrial products …

We show that non-Brownian suspensions of repulsive spheres below jamming display a
slow relaxational dynamics with a characteristic timescale that diverges at jamming. This …

Hypothesis: Foam is not only an industrially important form of matter, but also one of soft
jammed system such as colloidal suspensions and emulsion suspensions. Since foams are …

Liquid foams respond plastically to external perturbations over some critical magnitude. This
rearrangement process is directly related to the mechanical properties of the foams, playing …

Foams can be ubiquitously observed in nature and in industrial products. Despite the
relevance of their properties to deformation, fluidity, and collapse, all of which are essential …

The stability of foams is an important subject not only for fundamental science, but for
applications in daily life. The most destructive phenomenon underpinning foam collapse is a …

This paper reports on our observation of a quasi-two-dimensional (quasi-2D) liquid
nanofoam spontaneously appearing on a submersed solid surface. Unlike common liquid …

Foam is an industrially important form of matter, commonly deployed to clean objects and
even our own skin, thanks to its ability to absorb oil and particles into its interior. To clean a …

Liquid foams respond plastically to external perturbations over some critical magnitude. This
relaxation process is directly related to the mechanical properties of the foams, playing a …