2024 International Conference
on Microwave Magnetics
ICMM 2024 Conference
The international conference on microwave magnetics 2024 will take place on June 16 - 19, 2024 at Oakland University in Rochester Michigan. The conference will cover new developments in all areas of fundamental and applied microwave magnetics.
Magnetization Dynamics and Relaxation
High Frequency Magnetic Materials
RF and Microwave Integrated Devices
Magnons, Spin Waves & Spintronics
The conference will be held at Oakland University. Details about the venue will be provided in the future.
This conference will feature oral, poster, and virtual presentations. Details about the presentation will be provided in the future.
The program will be announced here, when it is available.
AI generated paragraph with key words, updated 5/2023:
Welcome to our ICMM conference on magnetization dynamics and spintronics! Join us for an exciting exploration of topics such as magnetization relaxation, spin waves, and magnetic nonlinear phenomena. We will delve into the fascinating fields of magnonics, spin-orbit coupling, and spin transfer. Discover the latest advancements in high-frequency magnetic materials and their applications in RF devices, microwave devices, and millimeter wave devices. Learn about the cutting-edge developments in high-frequency metamaterials and their role in spin-torque oscillators, spin-torque detectors, and spintronic devices. Explore the realm of RF integrated devices, microwave integrated devices, and millimeter wave integrated devices. Immerse yourself in the captivating studies of Bose-Einstein condensate of magnons (mBEC), Brillouin light scattering (BLS), and X-ray magnetic dichroism. Delve into the intriguing properties of Yttrium Iron Garnet and Gadolinium Gallium Garnet (GGG). Uncover the secrets of ferromagnetic resonance (FMR), nonlinear ferromagnetic resonance, and antiferromagnetic resonance (AFMR). Gain insights into magnetic tunnel junctions (MTJ) and antiferromagnetic tunnel junctions (AMTJ). Explore emerging fields like reservoir computing and computational magnetism. Marvel at the wonders of spin ice, spin glass, spin caloritronics, orbitronics, skyrmionics, and magnetic vortices. Delve into the fascinating realms of nonhomogeneous magnetic states, hopfions, solitons, and spin-wave packets.