Abstract: A thorough understanding of electronic structure and optical properties is essential to the discovery of new phenomena in many classes of materials. Quantities of interest could include the band structure, optical absorption, excitonic features, and much more. First principles calculations allow us to make such predictions even when established models fail and therefore help us develop new intuition. Preferably, we would like to use density functional theory (DFT) for such calculations, because the relative computational simplicity afforded by DFT allows us to...
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Seminars and workshops of department 23
Seminář / Tuesday, 30.04.2019 15:00
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Past seminars and workshops
Jean Zinn-Justin | Path integrals in physics: the main achievements | 20.05.2010 15:00 |
Katarzyna Roszak | Non-Markovian noise at the Fermi edge singularity in quantum dots | 18.05.2010 15:00 |
Jan Kuriplach | Magnetic grain boundaries in Ni and Fe and defect structure in zirconia-based materials | 23.03.2010 15:00 |
František Máca | Magnetic order in the ultrathin iron film on the Ir(001) surface | 09.03.2010 15:00 |
Jan Kuneš | From Clusters to Crystals: Application of the Dynamical Mean-Field Theory to Materials | 02.02.2010 15:00 |
Jan Rusz | Dynamical screening effects in X-ray absorption spectra of graphene and BN | 05.01.2010 15:00 |
Martin Žonda | Phase transitions in the three-dimensional Falicov-Kimball model | 29.09.2009 15:00 |
Database of past seminars (1995-2009) | 01.01.2008 00:03 |
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Department of Condensed Matter Theory (23)
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