Research Areas
- 2D Materials
We investigate the atomic and electronic structure and other interesting properties of 2D materials. These materials include not only graphene and its derivatives but also other 2D materials like silicene, germanene, stanene, metal dichalcogenides and others.
Publications- Biophysics
Optical properties and excited-state dynamics of photo-active proteins and light-harvesting complexes are studied at Multiscale QM/MM as well as TDDFT methods.
Publications- Electronic and Thermal transport
- Publications
- Extended systems: solids, surfaces, liquids. Applications (e.g photovoltaics)
- Publications
- Foundations of Many-Body Theory
- Publications
- Foundations of Time-dependent Density Functional Theory
- Publications
- Molecular electronics and spintronics
- Publications
- Nanoplasmonics
Field enhancement between a pair of sodium metallic nanowires from
Publications
Performance of non-local optics when applied plasmonic nanostructures- Nanoscale magnetism, Kondo effect and spin excitations
- Publications
- Nanostructures and nanotubes. Nanocapilarity
- Publications
- Open quantum systems
- Publications
- Scientific computing
Implementation of new theory and software, high-performance computing, training for scientific software development.
Publications- Strong light-matter interactions and Optimal control Theory
Publications
- Strongly correlated materials
- Publications