Fyzikální ústav Akademie věd ČR

Přednáška bude věnovaná výsledkům badatelské práce, které zahrnují:

• Výzkum vlivu různých druhů nukleace na růst tenkých diamantových vrstev pomoci depozice z plynné fáze (CVD) v mikrovlnném výboji. A také, související s předchozím průzkum selektivního růstu diamantových struktur;
• Růst souvislých a porézních poly- a nano-krystalických diamantových vrstev ve dvou různých depozičních zařízeni.

The electron transport through single molecules and atoms as well as molecule--molecule contacts is investigated with low-temperature scanning probe microscopy. In the experiments, which aim at maximizing the control over the junction properties, the conductance, the acting forces and the emission of photons are probed. The talk will initially address the role of molecular structure and bonding as well as quantum noise properties. In a second part, I will present some recent results on the structure of the ZnO(0001) surface and the spectroscopy of subsurface donors.

The idea of regular scientific meetings of physicist involved in studies of ferroelectrics and phase transitions in Poland and Czechoslovakia followed inevitably from the success of first such event in Blazejewko in 1979. The Seminar was organized in collaborating of the Department of Dielectric of the Institute of Physics of Czechoslovak Academy of Sciences and Ferroelectric Lab of the Institute of Molecular Physics of Polish Academy of Sciences. The Seminars are an international forum for presentation of recent results, unconstrained discussions and initiating of joint studies.

It is widely recognized that the first-principles based calculations of strongly correlated materials are important for understanding physical and chemical properties. The quantitative materials theory makes remarkable impact on the modern technology. This workshop aims to disseminate the present knowledge in this rich and vivid field. We invite both theoreticians and experimentalists to discuss development and applications of the correlated band methods based on a combination of the density functional theory and the dynamical mean field theory.