Experimental techniques
- Brillouin Light Scattering (BLS) spectroscopy
- 2D wavevector resolution (up to 23rad/μm range, 0.2rad/μm resolution)
- Space resolution (20μm conventional and 400nm microfocused)
- Time resolution (1ns)
- Magnetic fields sweep (up to 0.3T in conventional and 1T in microfocused setup)
- Broadband Ferromagnetic Resonance (FMR) spectroscopy
- Frequencies up to 110GHz
- Temperature range 30-300K
- Magnetooptical Kerr Effect (MOKE) magnetometry
- Longitudinal and polar geometries
- Magnetic fields up to 2T
- SQUID magnetometery
- Quantum Design MPMS XL system
- Temperature range 2-400K
- Magnetic fields up to 5T
- DC and RSO options
- Microwave technology
- Direct arbitrary signal generation up to 20GHz
- Maximal microwave power: up to 6W (2-8GHz), 40W (13-16GHz), 1W (2-26GHz)
- Available signal sources up to 110GHz
- Spectrum analysis up to 50GHz
- Time domain analysis up to 500MHz in real time, >6GHz sampling
- 3D Printing
- Fused Deposition Modeling (FDM) – 0.3mm resolution
- Stereolithography (SLA) – below 0.05mm resolution
- Optical and e-Beam lithography
- 2μm optical resolution
- 40nm e-Beam resolution
Simulation/Modelling
- Micromagnetic simulation (Mumax3, Magnum.np)
- Microwave circuit simulation (AWR Design Environment)
