Symposia - JEMS2027

Symposia

JEMS2027 will feature a comprehensive scientific program spanning the full spectrum of contemporary magnetism and magnetic materials research.

Symposium 01:
Magnetic Materials for Sustainable Energy Technologies

Symposium 02:
Storage, Sensing, and Biomedical Technologies with Magnetic Nanomaterials

Symposium 03:
Chiral Spin Control, Molecular Magnetism, and Organic Spintronics

Symposium 04:
Frustrated Magnetism, Skyrmions, Vortices, and other Magnetic Textures

Symposium 05:
Functional Nanoarchitectures and Curvilinear Magnetism

Symposium 06:
Magneto-transport, Spintronics, Heterostructures, and Orbitronics

Symposium 07:
Spin waves, Magnonics, and Spin Caloritronics

Symposium 08:
Ultrafast Magnetism, Magneto-optics, and THz Processes

Symposium 09:
2D Magnets, Topological Magnetism, and Magnetic Semiconductors

Symposium 10:
Antiferromagnets, Altermagnets, and Odd-parity Wave Magnets

Symposium 11:
Magnetic Alloys and Intermetallics

Symposium 12:
Correlated Electron Systems and Superconductivity

Symposium 13:
Multiferroics, Magneto-elasticity, and Multifunctional Materials

Symposium 14:
Computational Magnetism, Micromagnetics, and AI-Driven Materials Discovery

Symposium 15:
Magnetic Platforms for Quantum and Neuromorphic Computing

Symposium 16:
Advanced Magnetic Instrumentation, Imaging Techniques, and Metrology