Altermagnetism is leading to new understanding of superconductivity and p-wave magnets. This symposium will showcase both fundamental and applied research in altermagnetism as well as interfacing altermagnets with superconductors, conventional magnets, and others.
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This symposium highlights emerging concepts that push beyond conventional limits of magnetic recording, featuring advances in HAMR technology as well as introducing new architectures, materials and designs. We invite contributed talks that explore novel head and media materials, recording physics, and system-level innovations that enable next-generation high-capacity data storage.
View sessionCompeting interactions in frustrated magnetic systems can generate highly degenerate ground states from which correlated, liquid like phases of matter may emerge. How this degeneracy scales is central to determining the ultimate ground state, with dimensionality playing a crucial role in shaping the outcome. This symposium welcomes experimental and theoretical contributions on frustrated quantum magnets, particularly those in which the underlying magnetic sublattices strongly influence the resulting magnetic ground state.
View sessionMagnetic refrigeration is a rapidly advancing field that bridges fundamental physics, materials science, and engineering, enabling cooling technologies across an exceptionally wide temperature range: from millikelvin cryogenics (Steffen Saubert) to hydrogen liquefaction (Xin Tang) and high-efficiency room-temperature refrigeration (Joao Amaral). We focus on the fundamental mechanisms of magnetocaloric effects, the design and discovery of advanced magnetic materials, and the development of scalable device concepts, bringing together both invited and contributed talks to foster cross-disciplinary discussions across different temperature regimes and length scales.
View sessionEmerging technologies like artificial intelligence, data centres, and electric vehicles are pushing power requirements to unprecedented levels in modern electronic devices and semiconductor chips. Magnetic materials are crucial to meet the increasing demands for power density. This symposium welcomes contributions at the intersection of magnetic materials physics, electrical engineering, and power electronics, including (but not limited to) novel materials for high power applications, advanced integration schemes, and innovative metrology for characterization under high power and high frequency conditions.
View sessionCo-design of magnetics from materials to system is opening up new applications of spintronics in computing, including neuromorphic computing, neural networks, probabilistic computing, reservoir computing, and more. This symposium welcomes contributions on unconventional computing with magnetism.
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The discovery of high performance magnetic materials, such as rare earth free permanent magnets or novel spintronic devices, has relied on costly trial and error experiments and simulations. Recent advances in AI offer pathways to overcome these bottlenecks, accelerating materials discovery and enabling new physical insights and application possibilities. This symposium welcomes contributions on topics at the intersection of AI, magnetism, and spintronics, bridging electronic structure theory, magnetic modeling, and data science.
View sessionMagnetic random-access memory (MRAM) is entering markets for storage and computing. This symposium will present state-of-the-art MRAM technology. We welcome contributions on the status and future of MRAM as well as technologies leveraging MRAM.
View sessionMagnetic neuromodulation and neuroimaging are rapidly expanding fields that integrate techniques such as magnetoelectric neuromodulation, transcranial magnetic stimulation, MRI, and magnetic particle imaging to enable noninvasive, spatiotemporally precise modulation and monitoring of neural circuits. We welcome contributions with impact on fundamental neuroscience and clinical translation, including wireless magnetic transducers, ultra sensitive magnetometry, and translational biomagnetic engineering involving magnetic materials development, coil design, and experimental validation platforms.
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Magnetic materials play an important role in emerging biomedical technologies, from targeted drug delivery and bio‑actuation to sensing, diagnostics, and therapeutics. This symposium brings together complementary perspectives and welcomes contributions on magnetic systems operating under biological constraints, functional magnetic materials, device‑level integration at the biointerface, and therapy‑oriented approaches.
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