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The 59th Annual Magnetism and Magnetic Materials (MMM) Confe 2015-01-16 20:32
2014-08-08
The 59th Annual Magnetism and Magnetic Materials (MMM) Conference will be held at the Hilton Hawaiian Village Beach Resort in Honolulu, Hawaii, just minutes from the Honolulu International Airport.
The conference will begin on Monday November 3 and end on Friday November 7, 2014. Members of the international scientific and engineering communities interested in recent developments in fundamental and applied magnetism are invited to attend the Conference and contribute to its technical sessions.
Abstracts for the 59th MMM are solicited in the following categories:
I. Fundamental Properties and Cooperative Phenomena
a. Electronic Structure
b. Critical Phenomena
c. Spin Glasses and Frustrated Magnets
d. Correlated Systems
e. Superconductivity
f. Low-Dimensional Systems
II. Magnetoelectronic Materials and Effects
a. Complex Oxides
b. Multiferroic Materials
c. Magnetoelectric Materials
d. Half-Metallic Materials
e. Ferromagnetic Semiconductors
f. Organic and Carbon-based Spin Transport Materials
III. Soft Magnetic Materials
a. Crystalline Alloys
b. Amorphous/Nanocrystalline Materials
IV. Microwave Materials and Devices
a. Microwave and Millimeter Wave Devices
b. Ferrites, Garnets and Other Materials
V. Hard Magnetic Materials
a. Rare-Earth Transition Metal Borides
b. Intermetallic and other Hard Magnetic Materials
c. Nanostructured Hard Magnetic Materials
d. Ordered Alloys (e.g., L10)
e. Hard Magnet Processing
VI. Structured Materials
a. Ultra-Thin Films and Surface Effects
b. Multilayer Films and Superlattices
c. Patterned Films
d. Nanoparticle Synthesis
e. Nanoparticle Characterization
VII. Other Magnetic Materials
a. Magneto-Optic Materials
b. Magneto-Elastic Materials
c. Magneto-Caloric Materials
d. Molecular Magnets
e. Magnetic Fluids and Separations
f. Bio/Chemical Magnetism
g. New Magnetic Materials
VIII. Spintronic effects and devices
a. MRAM
b. Spin Transfer Torque Switching
c. Spin Transfer Torque Oscillators
d. Domain Wall Devices
e. MgO-Based Tunnel Junctions
f. Other Magnetic Tunnel Junctions
g. Spin Injection (Metals)
h. Spin effects and injection (Semiconductors)
i. Magnetoresistance, Magnetoimpedance and Hall Effect
j. Other Spin Transport
k. Exchange Bias
IX. Magnetization Dynamics
a. Magnetization Dynamics and Damping
b. Spinwaves
c. Domain Wall and Vortex Dynamics
d. Ultrafast Switching
X. Magnetic Data Storage
a. Continuous Media
b. Patterned Media
c. Read Heads
d. Write Heads
e. Magnetic Recording Systems and Theory
f. Magneto-Optic Recording and Alternative Magnetic Storage
XI. Applications (not data storage)
a. Sensors
b. MEMS
c. Transformers, Inductors, Shielding and Levitation
d. Hard magnetic material applications
e. Biomedical Applications
f. New Applications
XII. Magnetic Imaging and Instrumentation
a. Magnetic Imaging and Microscopy
b. Instrumentation and Measurement Techniques
XIII. Modeling
a. Numerical Methods
b. Micromagnetic Modeling
c. Hysteresis Modeling
I. Fundamental Properties and Cooperative Phenomena
a. Electronic Structure
b. Critical Phenomena
c. Spin Glasses and Frustrated Magnets
d. Correlated Systems
e. Superconductivity
f. Low-Dimensional Systems
II. Magnetoelectronic Materials and Effects
a. Complex Oxides
b. Multiferroic Materials
c. Magnetoelectric Materials
d. Half-Metallic Materials
e. Ferromagnetic Semiconductors
f. Organic and Carbon-based Spin Transport Materials
III. Soft Magnetic Materials
a. Crystalline Alloys
b. Amorphous/Nanocrystalline Materials
IV. Microwave Materials and Devices
a. Microwave and Millimeter Wave Devices
b. Ferrites, Garnets and Other Materials
V. Hard Magnetic Materials
a. Rare-Earth Transition Metal Borides
b. Intermetallic and other Hard Magnetic Materials
c. Nanostructured Hard Magnetic Materials
d. Ordered Alloys (e.g., L10)
e. Hard Magnet Processing
VI. Structured Materials
a. Ultra-Thin Films and Surface Effects
b. Multilayer Films and Superlattices
c. Patterned Films
d. Nanoparticle Synthesis
e. Nanoparticle Characterization
VII. Other Magnetic Materials
a. Magneto-Optic Materials
b. Magneto-Elastic Materials
c. Magneto-Caloric Materials
d. Molecular Magnets
e. Magnetic Fluids and Separations
f. Bio/Chemical Magnetism
g. New Magnetic Materials
VIII. Spintronic effects and devices
a. MRAM
b. Spin Transfer Torque Switching
c. Spin Transfer Torque Oscillators
d. Domain Wall Devices
e. MgO-Based Tunnel Junctions
f. Other Magnetic Tunnel Junctions
g. Spin Injection (Metals)
h. Spin effects and injection (Semiconductors)
i. Magnetoresistance, Magnetoimpedance and Hall Effect
j. Other Spin Transport
k. Exchange Bias
IX. Magnetization Dynamics
a. Magnetization Dynamics and Damping
b. Spinwaves
c. Domain Wall and Vortex Dynamics
d. Ultrafast Switching
X. Magnetic Data Storage
a. Continuous Media
b. Patterned Media
c. Read Heads
d. Write Heads
e. Magnetic Recording Systems and Theory
f. Magneto-Optic Recording and Alternative Magnetic Storage
XI. Applications (not data storage)
a. Sensors
b. MEMS
c. Transformers, Inductors, Shielding and Levitation
d. Hard magnetic material applications
e. Biomedical Applications
f. New Applications
XII. Magnetic Imaging and Instrumentation
a. Magnetic Imaging and Microscopy
b. Instrumentation and Measurement Techniques
XIII. Modeling
a. Numerical Methods
b. Micromagnetic Modeling
c. Hysteresis Modeling