The goal of our research is to develop new understandings of basic physical properties and processes in soft and complex matter.

We study the nano-/meso-/macro-physics of soft and complex matter, i.e. composite or non-composite materials that are easily deformable by application of external fields, such as mechanical stress, electric or magnetic fields, or by thermal fluctuations.

We focus on the model systems from different points of view, using various experimental, numerical and theoretical techniques. In particular we are interested in natural and nature-inspired materials science, including geo-inspired materials such as synthetic clays. Clay can form soft and complex structures through spontaneous or guided self-assembly of particles. Other materials that we study and use as model systems are various types of colloidal particles, cellulose, zeolites, surfactants and polymers.

Examples of possible applications emerging from our research include:

CO₂ capture and retention by natural and nature-inspired materials, smart materials, complex photonic materials, soft scaffolds for bioengineering, new composite cementious eco-materials.

More information about the activities: Soft and Complex Matter Lab - softcomlab.com