Welcome to MORIS2026
MORIS (Magnetics and Optics Research International Symposium) is the world's leading forum for discussions on fundamental and applied research in the area of magnetic, magneto-optical, and thermo-magnetic phenomena, materials, and devices. It highlights recent trends extending toward ultrafast dynamics, magnetic recording, energy conversion, high-frequency applications, and their interconnections.
News and Information
has been updated as of Nov. 17, 2025.NEW
Scope
- Magneto-optical phenomena and devices Linear and nonlinear magneto-optical effects; spin-photonic and opto-spintronic phenomena and devices.
- Magnetic materials: fabrication and engineering Antiferromagnetic, ferrimagnetic, altermagnetic, multiferroic, topological, two-dimensional (2D), high-anisotropy (high-Ku), and metamaterials; multilayers, patterned and artificial structures, and nanoparticles.
- Ultrafast dynamics, magnetization reversal, and magnonics All-optical switching, spin-wave dynamics, opto-magnonics, and cavity magnonics.
- Emerging concepts Spintronics, spin caloritronics, thermo-magnetic effects, magnetoelectric phenomena, magnetic measurement technologies, power electronics applications, electromagnetic compatibility, materials informatics, artificial intelligence in magnetism, magneto-phononics, chiral-phononics, and orbitronics.
- Advanced light sources and characterization techniques Synchrotron radiation, free-electron lasers, terahertz time-domain spectroscopy, magneto-optical imaging, and electromagnetic field analysis.
- Magnetic recording, memory, and high-frequency device technologies Energy-assisted magnetic recording, head integration, surface plasmon resonance, antenna-based devices, magnetic random-access memory (MRAM), magnetoelectric RAM (MeRAM), and high-frequency magnetic devices.