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Altermagnetism has emerged as a truly interdisciplinary topic due to its many connections with interesting problems in condensed matter physics. Indeed, the various communities working on this topic include spintronics, strongly correlated electronic systems, topological matter, superconductivity, frustrated magnetism, and quantum criticality. Moreover, the many investigations on this problem have encompassed a broad range of techniques and methods involving computational physics (e.g., first-principles, dynamical mean-field theory), theoretical physics (e.g., microscopic models, phenomenology, spin-group theory), and experimental physics (e.g., spectroscopy, anomalous Hall effect, x-ray scattering).

New materials realization of altermagnetism; Thermodynamic, transport and spectroscopic signatures of altermagnetism in candidate systems ; p-wave magnets and other non-collinear unconventional magnetic phases ; Impact of electronic correlations in altermagnetic phases; Topological phenomena enabled by unconventional magnetism; Interplay between altermagnetism and superconductivity

Atomphysik,    Optik und Laser