The self-assembly of binary colloidal mixtures provides a bottom-up approach to create
novel functional materials. To elucidate the effect of composition, temperature, and pressure …

Hierarchical self-assembly provides a versatile pathway for generating new functional
materials. In this work, we show that confining core-corona colloids in a cylindrical cavity …

Matrix free polymer nanocomposite of spherical nanoparticles with shells made of
amphiphilic homopolymer was studied in molecular dynamics experiments. The amphiphilic …

Two-dimensional (2D) self-assembly (SA) is an efficient strategy to organize building blocks
in a simple and efficient way. Actually, different communities of chemists or physicists use 2D …

The self-assembly of 2D core-corona clusters in the low density regime at zero temperature
is addressed. Molecular Dynamics simulations using a soft core version of the classical Hard …

A bidimensional (2D) thermotropic liquid crystal (LC) is investigated with Molecular
Dynamics (MD) simulations. The Gay-Berne mesogen with parameterization GB (3, 5, 2, 1) …

We address the Cluster Pattern formation of core-corona particles composed of
inhomogeneous density coronas at zero temperature by means of Molecular Dynamics …

For larger densities, a random Dodecagonal Quasicrystal mesophase arise, where tilings
are composed of cluster inclufing a regular pentagon surrounded by irregular pentagons …

The ability to tailor effective interactions at the molecular level to provide a platform to create
advanced functional materials is a challenge for the scientific community. The main goal is to …

The self-assembly of two dimensional core-corona particles composed of non-
homogeneous coronas is investigated by means of Molecular Dynamics Simulations. We …