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Observing strong optical nonreciprocity from magnetically doped Dirac semimetals
Abstract Many contemporary photonic and optoelectronic technologies rely on strong electromagnetic nonreciprocity at infrared frequencies. However, achieving a strong nonreciprocal effect in the infrared remains extremely challenging due to the lack of materials with inherently large nonreciprocal optical responses. Magnetic Weyl semimetals offer a promising solution, but the choice of materials has thus far been limited.
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