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 …

The goal of seeking advanced solutions to the descriptions of particle shape, packing and
tomographic measurement were key areas promoted by Professor Reg Davies. In this paper …

Softer than soft, squishy granular matter is composed of grains capable of significantly
changing their shape (typically a deformation larger than 10%) without tearing or breaking …

Synthesizing biomimetic prototissues with predictable physical properties is a promising tool
for the study of cellular tissues, as they would enable to test systematically the role of …

E-cadherin plays a central role in cell-cell adhesion. The ectodomains of wild-type cadherins
form a crystalline-like two-dimensional lattice in cell-cell interfaces mediated by both trans …

Jammed, disordered packings of given sets of particles possess a multitude of equilibrium
states with different mechanical properties. Identifying and constructing desired states, eg, of …

We study the influence of particle-size asymmetry on structural evolution of randomly
jammed binary sphere mixtures with varying large-sphere and small-sphere composition …

The jamming transition and jammed packing structures of hydrogel soft ellipsoids are
studied using magnetic resonance imaging techniques. As the packing fraction increases …

In a confluent, single-cell tissue layer, we show that cell shapes and statistics correlate
directly with the tissue's mechanical properties, described by an energy functional with …

We report on the statistics of bubble size, topology, and shape and on their role in the
coarsening dynamics for foams consisting of bubbles compressed between two parallel …