Slave-rotor theory on the Lieb-lattice altermagnetic Hubbard model finds interaction-driven transitions from normal metal to altermagnetic metal to altermagnetic insulator to Mott insulator, with spin splitting suppressed in the final phase.
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NV-center quantum relaxometry encodes momentum-space anisotropy of altermagnetic spin diffusion, enabling local distinction from antiferromagnets.
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Slave-rotor theory of correlated altermagnets on the Lieb lattice
Slave-rotor theory on the Lieb-lattice altermagnetic Hubbard model finds interaction-driven transitions from normal metal to altermagnetic metal to altermagnetic insulator to Mott insulator, with spin splitting suppressed in the final phase.
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Quantum-impurity sensing of altermagnetic order
NV-center quantum relaxometry encodes momentum-space anisotropy of altermagnetic spin diffusion, enabling local distinction from antiferromagnets.