Aims:
To explore intersections of quantum optics, quantum thermodynamics and open system dynamics.
Description:
Area of interest:
The group performs research in the field of:
The subject of our research is the application of methods of modern functional analysis, the theory of operator algebras and linear algebra to the description of physical phenomena. In particular, we study
Our goal is also to describe the structure of positive mappings on matrix algebras. In particular we are focused on the problem of NPT bound entanglement.
Thin films and coatings characterization
Optical characterization of stainless steel surface
Organic contaminants in the sea environment
UV-Vis-NIR-IR Ellipsometry
Spintronics
Magnetometry
Photoluminescent materials
Nanostructured Photocatalytic Materials for water contaminants removal
Thermochromic materials
Atomic Force Microscopy (AFM)
Magnetic Nanoparticles for environmental applications
Magnetic Nanoparticles for biomedical applications
Gravitational Waves
Plasmon Resonance
Magnetic Sensors
- Deepen in the knowledge of Oceanography;
- Wind waves,
- currents,
- temperature,
- sediment transport,
- coastal floods,
- tides,
- climate trends,
- numerical models
- Operatiobnal Oceanography
- remote sensing
Functional data analysis
DESIGN AND DEVELOPMENT OF GEODETIC NETWORKS AND CONTROL OF PERMANENT GNSS NETWORKS
DESIGN AND DEVELOPMENT OF SCIENTIFIC AND GEOGRAPHIC INFORMATION SYSTEMS
GEODETIC AND CARTOGRAPHIC INVESTIGATIONS IN ACTIVE GEODYNAMIC AREAS
GEODYNAMIC GNSS NETWORKS AND TECTONIC AND VOLCANIC DEFORMATION MODELS
Within these group, contribution of under-researched sub-hourly sea level oscillations to the extreme sea levels along the European coasts is studied.
Our research combines molecular dynamics simulation studies and experiments to gather data on two different systems; a) associations occurring among antimicrobial peptides; b) multicomponent molecular liquids including surfactant-free-microemulsions.