Control and imaging of excitons, spins and spin dynamics in Van der Waals semiconductors and superconductor-magnet hybrids

INIS

• control 100%
• dynamics 100%
• superconductors 100%
• spin waves 100%
• hybrids 100%
• semiconductor materials 100%
• excitons 100%
• spin 100%
• van der waals forces 100%
• magnets 100%
• valleys 62%
• nitrogen 62%
• vacancies 62%
• information 50%
• polarization 37%
• diamonds 37%
• excitation 37%
• transport 37%
• membranes 25%
• spectroscopy 25%
• sensors 25%
• magnetic moments 12%
• magnetism 12%
• magnetic fields 12%
• damping 12%
• anisole 12%
• selection rules 12%
• cavities 12%
• carriers 12%
• resolution 12%
• lasers 12%
• distance 12%
• optics 12%
• applications 12%
• processing 12%
• reaction kinetics 12%
• electron holes 12%
• transition metals 12%
• travel 12%
• quenching 12%
• hybridization 12%
• oscillations 12%
• storage 12%
• capture 12%
• dispersions 12%
• foundations 12%
• magnons 12%
• images 12%
• yttrium 12%
• cryogenics 12%
• crystals 12%
• devices 12%
• probes 12%
• tuning 12%
• iron garnets 12%
• thin films 12%
• detection 12%
• diamagnetism 12%
• environment 12%
• solids 12%
• lifetime 12%
• balances 12%
• signals 12%
• magnetization 12%

Material Science

• Semiconductor Material 100%
• Superconducting Material 100%
• Magnet 100%
• Diamond 75%
• Temperature 50%
• Membrane 50%
• Garnet 25%
• Yttrium 25%
• Laser 25%
• Transition Metal Dichalcogenide 25%
• Crystal 25%
• Magnetism 25%
• Crystals 25%
• Devices 25%
• Iron 25%
• Monolayers 25%
• Thin Films 25%

Keyphrases

• Optical Quenching 25%
• Nonreciprocal Transport 25%
• Band Structure of Crystalline Solids 25%
• Wave Oscillation 25%