PhD. Topics
Institute of Experimental Physics
- Amyloid Paradigm: From Pathological Structures to Functional Bionanomaterials
- Calorimetry of superconductors
- Cosmic ray trajectory in the Earth's magnetosphere model development
- Exploring of discrete gravity, black hole paradox and also quantum phenomena for various kinds of cosmological objects as well as nanostructures
- Intrinsically disordered proteins in Alzheimer´s disease and other amyloidoses
- Magnetic fluids for energy harvesting
- Modulation of protein amyloid aggregation – insight into molecular mechanisms of amyloid formation and inhibition
- Multifunctional magnetic nanomaterials for use in medicine
- Nanomaterials for medical application – functionalization and physicochemical characterization of magnetic nanoparticles based on iron oxides
- New superconductors based on high entropy alloys
- New superconductors based on high-entropy alloys
- Novel functional materials based on perovskite structure
- Novel multiferroic functional materials and magnetoelectric physics
- Protein stability and aggregation in biocompatible organic solvents
- Quantum materials under extreme conditions
- Quantum materials under extreme conditions
- Single-directional growth of REBCO bulk crystals, structure and superconducting properties
- Soft magnetic nanocrystalline alloys prepared by unconventional thermal processing techniques
- Structural transitions in nanocomposites based on liquid crystals
- Study of space weather influence on Earth’s interface to space
- Substitutional compounds of novel multiferroic functional materials with distorted perovskite structure
- The effect of oxygen content on the functionality of RMnO3 materials with a perovskite structure
- The effect of oxygen content on the functionality of RMnO3 materials with a perovskite structure