Axion dark matter induces a resonantly enhanced pressure between graphene plates whose peaks and widths are controlled by graphene conductivity, chemical potential and dissipation, yielding projected sensitivities competitive in optimistic regimes.
Temperature dependence of the response functions of graphene: Impact on casimir and casimir–polder forces in and out of thermal equilibrium.Physics, 7(4):44, 2025
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Axion-Induced Casimir Interaction Between Graphene Plates
Axion dark matter induces a resonantly enhanced pressure between graphene plates whose peaks and widths are controlled by graphene conductivity, chemical potential and dissipation, yielding projected sensitivities competitive in optimistic regimes.