Session Chair Interest Form

Session Chair Interest Form

Please review the Session Chair responsibilities and fill in the below form if you are interested in becoming a Session Chair for MMM 2026 in Honolulu, Hawaii.
Session Chair Responsibilities
- Select responsible reviewers by July 24, 2026 for the papers in your assigned session (one reviewer for AIP Advances). Sessions Chairs must confirm that reviewers agree to perform reviews during the specified timeframe (October 5 - November 2, 2026).
- Assist editors by contacting or encouraging delinquent reviewers prior to the Conference.
- Must register to attend the in-person Conference. Session Chairs do not receive comp or discounted registration.
- Chair your session during the Conference week:
  - Attend Session Chair Breakfast on day of your session.
  - Oral session chairs introduce each speaker, monitor timing, and facilitate Q&A.
  - Poster session chairs are responsible for judging posters for the Best Poster Awards.
  - Verify presenters in your session by submitting the Presenter Verification Form at the conclusion of your session.
Note: Graduate students are not allowed to serve as Session Chairs.
Name*

First NameLast Name
Email*
example@example.com
Affiliation*
Career Stage*

PostdocStaff Scientist/FacultyFacultyOther - Please Specify
Select the area(s) of expertise from the technical categories listed. Drag and drop to the "Selected Areas of Expertise" column.
Area(s) of Expertise (select all that apply)

I. Fundamental Properties and Cooperative Phenomena a. Electronic Structure and Critical PhenomenaI. Fundamental Properties and Cooperative Phenomena b. Highly Frustrated Magnetism, Spin Glasses and Heavy Fermion SystemsI. Fundamental Properties and Cooperative Phenomena c. Quantum Materials and Cooperative States: Superconductivity, Spin Liquids, Chern InsulatorsI. Fundamental Properties and Cooperative Phenomena e. 2D and Topological MagnetsII. Magnetoelectronic Materials and Phenomena a. Multiferroic Materials, Heterostructures and Magnetoelectric PhenomenaII. Magnetoelectronic Materials and Phenomena b. Complex Oxides (Bulk, Films and Heterostructures)II. Magnetoelectronic Materials and Phenomena c. Half-Metallic Materials and Magnetic SemiconductorsII. Magnetoelectronic Materials and Phenomena d. New and Developing Magnetoelectronic MaterialsII. Magnetoelectronic Materials and Phenomena e. Magneto-Ionics and Voltage Controlled MagnetismIII. Spintronics - Fundamentals and Devices a. Magnetoresistance in Heterostructures (GMR, TMR, TAMR)III. Spintronics - Fundamentals and Devices b. Spin Injection, Pumping and Transfer TorquesIII. Spintronics - Fundamentals and Devices c. Superconducting SpintronicsIII. Spintronics - Fundamentals and Devices d. Antiferromagnetic and Ferrimagnetic SpintronicsIII. Spintronics - Fundamentals and Devices e. AltermagnetsIII. Spintronics - Fundamentals and Devices f. Ultrafast and THz SpintronicsIII. Spintronics - Fundamentals and Devices g. SkyrmionsIII. Spintronics - Fundamentals and Devices h. OrbitronicsIII. Spintronics - Fundamentals and Devices i. Spin-Charge ConversionIII. Spintronics - Fundamentals and Devices j. Topological Insulators, Dirac Materials, 2D and Layered van der Waals MaterialsIV. Magnetization Dynamics and Micromagnetics a. Magnetization Dynamics, Damping, and Ultrafast SwitchingIV. Magnetization Dynamics and Micromagnetics b. Spin Waves and MagnonicsIV. Magnetization Dynamics and Micromagnetics c. Domain Wall and Topological Texture Dynamics and DevicesIV. Magnetization Dynamics and Micromagnetics d. Micromagnetic, Atomistic, and Hysteresis ModelingIV. Magnetization Dynamics and Micromagnetics e. Modeling of Magnetic MaterialsIV. Magnetization Dynamics and Micromagnetics f. AI/Machine Learning Computational Methods for Materials ResearchV. Magnetic Recording, Storage and Computing a. Energy-Assisted Recording, Media, Write and Read HeadsV. Magnetic Recording, Storage and Computing b. Recording Physics, Modeling, Theory, and TestingV. Magnetic Recording, Storage and Computing c. Unconventional Computing (Neuromorphic, Ising, Stochastic, Reservoir...)V. Magnetic Recording, Storage and Computing d. All-Optical Recording and Other New RecordingV. Magnetic Recording, Storage and Computing e. STT-MRAM, SOT-MRAM, Magnetic Logic, and Related DevicesVI. Soft Magnetic Materials a. Ferrites and GarnetsVI. Soft Magnetic Materials b. Crystalline AlloysVI. Soft Magnetic Materials c. Amorphous and Nanocrystalline MaterialsVII. Hard Magnetic Materials a. Rare-Earth CompoundsVII. Hard Magnetic Materials b. Rare-Earth Free Hard Magnetic MaterialsVII. Hard Magnetic Materials c. Nanostructured, Composite and Other Hard Magnetic MaterialsVIII. Structured Materials a. Thin Films and Surface EffectsVIII. Structured Materials b. Multi-Layered Films and SuperlatticesVIII. Structured Materials c. Nanoparticle and Nanowire Arrays and Self-AssemblyVIII. Structured Materials d. Nanocomposite Magnetic MaterialsVIII. Structured Materials e. 3D and Other Magnetic StructuresVIII. Structured Materials f. Exchange BiasIX. Multi-Functional Magnetic Materials and Applications a. Magneto-Optic Materials and DevicesIX. Multi-Functional Magnetic Materials and Applications b. Magneto-Elastic Materials and DevicesIX. Multi-Functional Magnetic Materials and Applications c. Magneto-Caloric Materials and DevicesIX. Multi-Functional Magnetic Materials and Applications d. New Coupled Magnetic PhenomenaX. Sensors, High Frequency Devices, and Power Devices a. Magnetic Sensors (Non-Recording), and Energy HarvestingX. Sensors, High Frequency Devices, and Power Devices b. High Frequency, Microwave, and Millimeter Wave DevicesX. Sensors, High Frequency Devices, and Power Devices c. Transformers and InductorsX. Sensors, High Frequency Devices, and Power Devices d. Magnetics for Power Electronics and ControlX. Sensors, High Frequency Devices, and Power Devices e. Shielding, Levitation, and PropulsionXI. Interdisciplinary and Emerging Topics a. Bio-Magnetism and Biomedical ApplicationsXI. Interdisciplinary and Emerging Topics b. New Applications and Other Emerging TopicsXI. Interdisciplinary and Emerging Topics c. Education, Outreach, and Public Engagement in MagnetismXII. Magnetic Characterization a. Magnetic Microscopy and ImagingXII. Magnetic Characterization b. Instrumentation and Measurements Techniques
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