Finite-size effects are usually taken into account in effective field theoretical models via constraints of the momentum space. This could be either discretization due to the finite spatial extent with modes determined by the boundary condition or a simple low momentum cutoff. We implemented both scenarios by applying different boundary conditions and we studied, how the treatment of the...
The phase diagram of QCD is investigated by varying number of colors N_c within a Polyakov loop quark-meson chiral model. In particular, our attention is focused on the critical point(s); the critical point present for N_c =3 moves toward the μq-axis and disappears as soon as the number of color is increased. Yet, a distinct critical point emerges along the temperature axis for N_c =53 and...
TBA
Abstract: In recent years, deep learning has found many applications in the field of
high energy heavy-ion collisions. Deep learning technique provides a data-driven statistics based model which can help map the input and output observables. In such cases
the mapping function is difficult to formulate or is usually unknown. In this work, we
explore the prospects of using deep learning...
Landau–Zener-transitions are an essential tool in atom optics, and in particular, in accelerated optical lattices. It is amazing that despite its simplicity, the derivation of the well-known Landau-Zener-formula for the transition probability amplitude is rather involved, independent of the approach pursued. An integration in the complex plane, the asymptotic expansion of the parabolic...
A review of the project NAPLIFE: Nanoplasmonic Laser Initiated Fusion Experiment. Aims, project structure and first nano-fabrication and spectroscopy results will be presented.
TBA
