1. New concepts of high-efficient thermoelectric materials linking synergic transport of heat and electricity, i.e.:
2. Synthesis and characterization of new materials with specific electronic and crystal structures (e.g. skutterudites, argyrodites, tetrahedrites, silicides, rock-salt structure semiconductors, and other) for energy conversion.
3. Elastic inorganic-polymer composites for biosensors and microgenerators.
4. Hybrid and high-temperature ceramic materials for interconnectors and substrates of TE modules.
5. Numerical design and fabrication of high-efficient TE modules for cooling and power generation.
6. Design and development of prototypical devices for waste heat recovery and conversion of renewable energy.
Performing solid-state syntheses, wet syntheses and preparing composites.
Measurements of thermoelectric, structural and microstructural properties.