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environment at the intersection of magnetism, spintronics, and unconventional computing. They will work closely with researchers across physics, materials science, and computer science, gaining experience in
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for exploring phonons and emergent phenomena in future spintronic and quantum technologies. The successful candidate will benefit from strong national and international collaborations throughout the project
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that antiferromagnets can exhibit spin splitting even without SOC, including in centrosymmetric, light-element materials—an emerging class known as altermagnets, opening new directions for spintronics. This PhD project
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are supported by quantum mechanical theoretical formalisms. Our fundamental findings yield promise for future applications in electronics, optoelectronics, spintronics, information processing and storage, sensing
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devices, spintronics, and quantum photonics. This versatility stems from their unique physical properties, including a highly tunable bandgap, strong spin–orbit coupling, long carrier diffusion lengths, and
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highly appreciated: background in experimental research in spin qubits, magnetic materials, spintronics. We strongly encourage candidates from all backgrounds and identities to apply. We believe diverse
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measurement outcomes. Excellent Collaboration and communication skills Optional but highly appreciated: background in experimental research in spin qubits, magnetic materials, spintronics. We strongly encourage
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. Applicants with diverse interests and backgrounds, including quantum condensed matter theory, topological properties of condensed matter systems, spin qubits, magnetism, spintronics, spin-related phenomena in
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magnetic properties, enabling completely new interface functionalities in future spintronics. The project combines elements from physics (magnetic and topological properties), chemistry/material technology
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Max Planck Institute of Microstructure Physics • | Halle, Sachsen Anhalt | Germany | about 2 months ago
of information technology and sustainability. The primary areas of advanced research include Spintronics, Oxides and Interfaces, Atomically Engineered Materials, Computational Materials Discovery, Topological Materials, Non