Research areas

Nanotechnology

Nanomagnetism (ON1.2 • ON1.3 • ON2.4 • ON3.2 • ON3.4 • ON3.5 • ON6.1 • ON6.2 • ON6.5 • ON6.6 • SL2.3 • SL3.1 • SL3.2)
Spintronics (ON6.1 • SL2.2 • SL2.3)
Nanotechnology applied to photovoltaics (ON2.4 • ON4.2)
Nanoparticles (ON1.3 • ON2.4 • ON2.7 • SL1.2 • SL4)
Nanodroplets and aggregates (ON5 • ON2.7)
Nanowires (ON4.5 • ON5 • SL2.2 • SL3.1 • SL3.2)
Heterostructures (ON1.1 • ON1.2 • ON2.1 • ON3.4 • ON3.5 • ON4.1 • ON4.2 • ON4.4 • ON4.5 • SL1.1 • SL1.3 • SL1.4 • SL2.2 • SL3.1 • SL3.2)
Thermodynamics and transport phenomena atmicro- and nanoscale (ON2.7 • SL2.2)
Plasmonics (ON2.7)
Nanocrystalline phosphors (ON4.1)

Magnetic topological materials (ON1.2 • ON6.1 • ON1.3 • ON6.2 • ON6.3 • ON6.6)
Dirac materials (ON6.4)
Majorana materials (ON6.5)
Theory of topoplogical materials (ON5 • ON6.1 • ON6.5)
Transport in topological materials (ON1.3 • ON6.6)

Condensed matter

Magnetism in solid state materials (ON1.2 • ON1.3 • ON3.1 • ON3.2 • ON3.4 • ON3.5 • ON4.4 • ON6.3 • SL2.3 • SL3.1 • SL3.2)
Condensed matter theory (ON1.3 • ON5 • ON6.1 • ON6.4 • ON6.5 • SL3.2)
Modelling crystal growth (ON5)
Superconductivity (ON3.5 • SL1.3 • SL2.2 • ON6.3 • ON2.4)
Type II-IV semiconductors (ON1.1 • ON1.3)
Type III-V semiconductors (ON1.3)
Type IV-VI semiconductors (ON1.3)
Dirac materials (ON6.4)
Wide band gap semiconductors (ON4.2 • ON4.4 • ON4.5)
Majorana materials (ON6.5)
Optical properties of solid state materials (ON1.2 • ON2.4 • ON2.7 • ON4.1 • ON4.2 • ON4.4 • SL3.1 • SL3.2)
GaN (SL2.3)
Glass phase (SL1.1)
Disorder effects in solid state materials (ON1.1 • ON5)
High pressure physics of solid state materials (ON3.1 • ON3.5 • ON4.1)
Mechanoluminescence (ON4.1)
Band gap and trap engineering (ON4.1)
Thermoluminescent radiation detectors (ON4.1)

Molecular beam epitaxy (MBE) (ON4.2 • ON4.5 • SL1.4 • SL3.1)
Atomic layer deposition (ALD) (ON2.4 • ON4.2)
Crystal growth (ON1.1 • ON1.2 • ON3.1)
Electron microscopy (ON4.4 • SL1.4)
X-ray spectroscopy (ON4.4 • SL1.1 • SL1.2 • SL1.3)
GaN (ON4.5)
ZnO (ON1.3 • ON2.4 • ON4.2 • ON4.2 • ON4.4)
High dielectric constant oxides (ON4.2)
Graphene (ON1.3)
Phosphorescence of rare earth and transition metal dopants (ON4.1)
Electrolithography (SL2.2)
Defects in semiconductors (ON4.2 • SL1.3)
Theory and simulation of growth processes (ON5)
Ultra pure materials (ON1.1)

Two-dimensional structures and thin films (ON2.4 • ON3.2 • ON4.2 • ON4.4 • ON5 • SL1.4 • SL3.1)
Heterostructures (ON2.4 • ON3.4 • ON4.2 • SL3.1 • SL3.2)
Growth of low dimensional structures (ON4.2 • ON4.4 • ON4.2 • ON6.2 • SL3.1 • SL3.2)
Magnetism in low dimensional structures (ON1.3 • ON3.4 • ON3.5 • ON6.3 • SL3.1)
One-dimensional quantum gases (ON5)
Transport properties (ON1.2 • ON4.2 • ON6.6 • SL3.2)
Topological materials (ON6.1 • ON6.2 • ON6.3 • ON6.4 • ON6.5 • ON6.6 • ON5 • ON1.2)

Chemical physics

Biophysics

Photodynamic therapy (SL4)
Biomarkers and biosensors (ON2.4 • SL4)
Nanoparticles in medical applications (ON2.4 • SL1.2 • SL4)
Implants and coatings (ON2.4)
Pathological disodered proteins (SL4 • ON5)