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This is a Quantitative Study study.

October 16, 2025Open Access

Chiral near-field control of quantum light generation using magneto-optical graphene

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Theoretical analysis demonstrates how doping and magnetic fields tune photon emission in graphene, suggesting novel quantum optical applications.

Chiral dissymmetry in light emission is enhanced through localized magnetoplasmons in graphene nanoribbons, transforming quantum optics.
Manipulating charge carrier density and magnetic field strengths can significantly adjust emission characteristics in graphene-based systems.
The research emphasizes the Purcell factor's role in optimizing quantum emitter performance within magneto-optical graphene frameworks.
Findings indicate potential applications for chiral quantum optical waveguiding, representing a leap in nanoscale quantum light manipulation.

Eriksen et al. (2025) studied this question.

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Theoretical analysis demonstrates how doping and magnetic fields tune photon emission in graphene, suggesting novel quantum optical applications.