The MGML has recently expanded its measurement capabilities with the installation of the MPMS3 system from Quantum Design, a state-of-the-art SQUID-based magnetometer designed for highly sensitive magnetization and AC susceptibility measurements. The system was supplied by Optixs, the authorized regional representative of Quantum Design, and installed and commissioned by the manufacturer. This instrument allows precise studies of a wide range of materials, including powders, thin films, and single crystals, using a user-friendly MultiVu control environment. The system supports advanced measurement modes such as angular-dependent magnetization, linear magnetoelectric effect characterization, and experiments under applied pressure. An in-house developed extension further enables the application of both AC and DC electric fields, opening new possibilities for investigating magnetoelectric coupling phenomena.
The MPMS3 operates in a cryogenic environment with temperatures ranging from 0.3 K up to 400 K and magnetic fields up to ±7 T, providing a versatile platform for exploring material properties under extreme conditions. Additional capabilities include in-situ light irradiation (UV–visible range), electrical resistivity measurements, and the use of hydrostatic and uniaxial pressure cells for tuning material responses. This acquisition is part of the strategic upgrade of MGML infrastructure supported by the Jan Amos Komenský Operational Programme (2024–2026), aimed at expanding experimental possibilities in areas such as multiferroics, strongly correlated systems, and functional materials. The new system significantly enhances the laboratory’s ability to provide high-quality, open-access research services to both national and international users.