COURSES

Goals

Students become acquainted with the latest advancements in the theory of nanomaterials, and prepare themselves for research work in the field of nanomaterials. General Competences: - The student will master research methods, procedures and processes. - The student will develop critical thinking. - The student will develop communication skills to present research achievements in an international environment. - Work in team (in international environment). Course Specific Competences: - This course prepares students to apply knowledge of the theory of nanomaterials.

Curriculum

1. Overview of modern methods of statistical physics that are relevant in the theory of nanomaterials, with emphasis on the theory of phase transitions in disordered substances, e.g. in spin glasses, relaxors and nanomagnets. 2. Theory of nanotubes: Structure of carbon and inorganic nanotubes. Symmetry, quantum numbers and selection rules. Network dynamic of single- and multi-layer nanotubes: Phonon spectra and related properties: speed of sound, specific heat, elasticity. Raman and infrared spectra. Tribology: (in) commensurable tubes, telescopic effect (super-slip walls), phasons. Electronic properties: Electronic belts, conductivity. Optical transitions and optical properties.