Conference presentations cover full range of research topics within the experimental, theoretical and computational condensed matter physics, including but not limited to the following:
Semiconductor physics. Electronic structure, Quantum dots and wires, Photonic crystals, High magnetic fields phenomena, Ultra-fast phenomena.
Surface, interface and low-dimensional physics. Graphene, Carbon and other nanotubes, Topological insulators, Complex oxide interfaces, Transport in nanostructures.
Magnetism. Magnetic materials and phase transitions, Magneto-electronics and spintronics, Magnetic nanoparticles.
Superconductivity. Conventional, high Tc, and heavy-fermion superconductors: Materials and mechanisms, Heterostructures: Proximity effect and transport phenomena.
Strongly correlated and disordered systems. Materials with strong correlations and disorder, Dynamical properties from time-resolved experiments, Quantum fluids, Cold atoms and BEC.
Phase transitions, phase ordering and structural ordering of condensed matter. Equilibrium and dynamic phenomena, Ferroelectricity, Multiferroics, Quasi-Crystals, Crystal surface morphology and dynamics, Crystal growth.
Soft and biological matter. Polymers, Liquids and gels, Liquid crystals, Elastomers, Membranes, Living cells and living matter.
Statistical physics of complex systems. Networks and other structures.
