Materials Analysis Instrumentation Research Unit
Conduct of research on the development of electrical, magnetic, and thermal property research equipment and analytical technologies based on a convergent environment (temperature and magnetic field) analysis system
Research Content
- Conduct of condensed matter physics research (semiconductors, spintronics) using EMPS and cryogenic probe stations
- Development of analytical technologies through measurement and simulation of random computing semiconductors
- Development of a conduction-cooled cryogenic high-magnetic-field probe station
- Development, advancement, and analytical technology development for thermal, electrical, and magnetic property measurement equipment
Convergent environment analysis probe station system
Development of a conduction-cooled superconducting magnet-based property measurement VTI and research on sample stage temperature stability
Research Infrastructure
Development of property analysis systems for various samples (magnetic thin films, oxide thin films, MEMS, quantum computing semiconductors, etc.), and possession of research personnel for this purpose
- Composed of experts in condensed matter physics experiments (semiconductors, spintronics, etc.), cryogenic systems, and magnetic field systems
- Possession of an SPD analyzer based on a cryogenic high-magnetic-field probe station for random computing semiconductor analysis
- Possession of a ferromagnetic resonance analysis system covering the entire temperature range (cryogenic–room temperature–high temperature)
- Possession of thermal, electrical, and magnetic property measurement equipment and measurement/analysis programs
Electromagnetic Property Measurement System (EMPS)
Electromagnet-based electron transport analysis equipment
Conduction-cooled superconducting magnet platform
Superconducting magnet-based property measurement VTI
Temperature-controlled switching phase diagram (SPD) analyzer
