Fundamental Properties and Cooperative Phenomena

a. Electronic Structure

b. Critical Phenomena

c. Spin Glasses and Frustration

d. Heavy Fermion Systems

e. Superconductivity

f. Low-Dimensional Systems and Molecular Magnets

Magnetoelectronic Materials and Phenomena

a. Multiferroic Materials

b. Magnetoelectric Phenomena

c. Complex Oxides (bulk)

d. Complex Oxides (films and heterostructures)

e. Half-Metallic Materials

f. (Anisotropic) Magnetoresistance, Magnetoimpedance, and Hall Effect

g. Magnetic Semiconductors

Spintronics: Fundamentals and Devices

a. Giant Magnetoresistance

b. Tunnel Magnetoresistance

c. MRAM and Magnetic Logic Devices

d. Voltage-Controlled Magnetic Anisotropy and Switching

e. Domains and Domain Wall Devices

f. Skyrmions and Orbitronics

g. Antiferromagnetic Spintronics

h. Spin Injection and Spin Transfer Torques

i. Electron and Magnon Spin Currents, Spin Hall, and Related Effects

Magnetization Dynamics and Micromagnetics

a. Magnetization Dynamics and Damping

b. Magnonics

c. Domain Wall, Vortex, and Skyrmion Dynamics

d. Ultrafast Switching

e. Micromagnetic Modeling and Methods

f. Hysteresis Modeling

Soft Magnetic Materials

a. Ferrites and Garnets

b. Crystalline Alloys

c. Amorphous and Nanocrystalline Materials

Hard Magnetic Materials

a. Rare-Earth Transition Metal Borides

b. Intermetallic and Other Hard Magnetic Materials

c. Nanostructured Hard Magnetic Materials

Structured Materials

a. Thin Films and Surface Effects

b. Multi-Layer Films and Superlattices

c. Patterned Films

d. Nanoparticle and Nanowire Arrays, Self-Assembly

e. Nanoparticles and Nanowires (not in arrays)

f. Exchange Bias

g. 3-Dimensional Magnetic Structures

Special Magnetic Materials

a. Magneto-Optic Materials

b. Magneto-Elastic Materials

c. Magneto-Caloric Materials

d. Microwave Materials

e. New Magnetic Materials

Magnetic Recording

a. Continuous Granular Media

b. Discrete Track and Patterned Media Recording

c. Energy Assisted Recording

d. Read and Write Heads

e. Recording Systems and Modeling

Sensors (not magnetic recording), High Frequency and Power Devices

a. Magnetic Field Sensors (not magnetic recording)

b. High Frequency, Microwave and Millimeter Wave Devices

c. Transformers and Inductors

d. Power and Control Magnetics

e. Shielding, Levitation, and Propulsion

Interdisciplinary Topics

a. Bio/Chemical Magnetism

b. Biomedical Applications

c. Magnetic Fluids and Separations

d. New Applications

Magnetic Characterization

a. Magnetic Microscopy and Imaging

b. Instrumentation and Measurements Techniques