1A. Electronic Structure
1B. Itinerant Magnetism
1C. Critical Phenomena
1D. Spin Glasses and Frustration
1E. Spin Dynamics in Correlated Systems
1F. 4f-, 5f- and Strongly Correlated Systems
1G. Exchange Bias
1H. Low-Dimensional Systems

2A. Giant Magnetoresistance
2B. Tunnel Magnetoresistance
2C. Other Magnetoresistance including AMR, CMR, and Hall Effects
2D. MRAM and Hybrid CMOS/Magnetic Logic Devices
2E. Spin Transfer Torque
2F. Domain Wall Devices
2G. Spin Injection
2H. Spin Current and Spin Hall Effect
2I. Spintronic Materials (Magnetic Semiconductors, Half-Metallics etc)

3A. Magnetization Dynamics and Damping
3B. Domain Wall and Vortex Dynamics
3C. Ultrafast Switching
3D. Numerical Methods
3E. Micromagnetic Modeling
3F. Hysteresis Modeling

4A. Ferrites, Garnets and Other Microwave Materials
4B. Crystalline Alloys
4C. Amorphous/Nanocrystalline Materials
4D. Domains
4E. Recording Head Materials

5A. Rare-Earth Transition Metal Borides
5B. Intermetallic and Other Hard Magnetic Materials
5C. Nanostructured Hard Magnetic Materials
5D. Hard Magnet Processing and Applications

6A. Ultra-Thin Films and Surface Effects
6B. Multilayers and Superlattices
6C.Perpendicular Magnetic Anisotropy Materials
6D. Patterned Films
6E. Nanoparticles (not in arrays) and Self-Assembly

7A. Multiferroic Materials
7B. Magnetic Oxides(Non-Ferrites)
7C. Microwave Materials

8A. Continuous Recording Media
8B. Discrete Track and Patterned Media Recording
8C. Energy Assisted Recording
8D. CPP, CIP, TMR Magnetoresistive Heads
8E. Inductive Heads
8F. Recording Modeling, Physics, Systems and Theory
8G. Head-Media Interface and Tribology
8H. Magneto-Optic Recording and Alternative Magnetic Storage

9A. Electron Microscopy
9B. X-ray Imaging Techniques
9C. Magneto-Optical Imaging
9D. Magnetic Microscopy and Imaging
9E. Other Imaging Techniques
9F. Bio/Chemical Magnetism
9G. Magnetic Fluids and Separations
9H. Instrumentation and Measurement Techniques

10A. Magnetic Sensors (not magnetic recording)
10B. Microwave and Millimeter Wave Devices
10C. Magnetoimpedance and High Frequency Devices
10D. Transformers and Inductors
10E. MEMS
10F. Motors and Actuators
10G. Power and Control Magnetics
10H. Shielding, Levitation, and Propulsion
10I. Biomagnetic Applications

11A. Superconductivity
11B. Superconductor Applications

12A. Magneto-Optic Materials
12B. Magneto-Elastic Materials
12C. Magneto-Caloric Materials
12D. Molecular Magnets
12E. New Magnetic Materials

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