Unusual Magnetic Behaviors involving Large Spin-Orbit Coupling
Event Start:
2018-08-02T11:00:00
Event End:
2018-08-02T12:00:00
Event Information:
Large spin-orbit coupling makes the magnetic eigenstate of the total angular momentum state with an admixed spin state and induces unusual magnetic behaviors. In cooperation with the crystal field, it could introduce the Kramers doublet in the magnetic ion site. Then the magnetism is described with the so-called spin-orbit coupled isospin 1/2, and the system often displays novel quantum magnetism behaviors. On the other hand, the admixed spin states possibly introduce anisotropic spin-spin interactions involving the inter-site hopping.
Event Location:
Brimacombe 311
Speaker:
Jae-Hoon Park, ( Max Plank )
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Event Start:
2018-08-02T11:00:00
Event End:
2018-08-02T12:00:00
Unusual Magnetic Behaviors involving Large Spin-Orbit Coupling
Event Information:
Large spin-orbit coupling makes the magnetic eigenstate of the total angular momentum state with an admixed spin state and induces unusual magnetic behaviors. In cooperation with the crystal field, it could introduce the Kramers doublet in the magnetic ion site. Then the magnetism is described with the so-called spin-orbit coupled isospin 1/2, and the system often displays novel quantum magnetism behaviors. On the other hand, the admixed spin states possibly introduce anisotropic spin-spin interactions involving the inter-site hopping.
Event Location:
Brimacombe 311