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)
Quantum technologies
- Quantum dots and wells (ON5 • SL3.1 • SL3.2)
- Spintronics (ON6.1 • SL2.2 • SL2.3)
- Light engineering and photonics (ON5 • ON6.2 • SL3.2)
- Quantum machine learning (ON5)
- Quantum metrology (ON5)
- Quantum simulators (ON5)
- Spin qubits (ON5 • ON6.1)
- Topological materials (ON6.1 • ON6.2 • ON6.3 • ON6.4 • ON6.5 • ON6.6 • ON5)
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)
New materials and their characterisation
- 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)
Low dimensional structures
- 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)
