Conveners
Teorie a fenomenologie
- Jan Vaněk (Nuclear Physics Institute, Czech Academy of Sciences)
Teorie a fenomenologie
- There are no conveners in this block
Teorie a fenomenologie
- Libor Škoda (CTU FNSPE)
- Zdeněk Hubáček (České vysoké učení technické v Praze)
Vyšetřování časových řad nelinárními metodami, zejména při přítomnosti deterministického chaosu. Rozlišení mezi signálem stochastického a chaotického charakteru testováním statistických hypotéz. Hurstův exponent a Hausdorffova dimenze soběpodobné časové řady.
Why do things pop into existence once they are observed? And why do they seamingly dissapear once we lose track of them? Bohmian mechanics (de Broglie-Bohm theory) is one of many interpretations of quantum mechanics. It postulates existing states even when they are unobserved and resolving the measurement problem by so called non-locality. In this presentation we shall explore this theory...
In this contribution we shortly introduce the quantum many-body problem in the context of theoretical nuclear physics. We mention the main approaches to solve this persisting open problem including the models which start and then go beyond the approximation of mean field. We discuss open problems and challenges of these models.
The exclusive vector meson production allows us to probe the partonic structure of the proton. This process can be well described within the color dipole picture. We will focus on the scattering amplitude of the exclusive vector meson production in photon-proton interaction and investigate its individual parts in detail. Also the related dissociative process will be discussed.
Electron-Ion collisions are an important tool for verifying our current picture of how high-energy Quantum Chromodynamics (QCD) works. In this talk, I will address some of its key features as well as the plans for construction of future facilities that would allow us to measure such processes.
