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Orbital Gauge Field
In article number 2310010, Xian‐Min Jin and co‐workers realize an orbital gauge field to transmit high‐dimensional quantum states. The orbital gauge field is constructed by a rotational defect on an atom‐like lattice and shows a generalized and appealing perspective to control the behaviors of particles. The Hall‐like transport of high‐dimensional quantum states with protected...
Gauge field is widely studied in natural and artificial materials. With an effective magnetic field for uncharged particles, many intriguing phenomena are observed in several systems like photonic Floquet topological insulator. However, previous researches about the gauge field mostly focus on limited dimensions such as the Dirac spinor in graphene materials. Here, an orbital gauge field based on...
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