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Primary charges multiply in the magnetosphere of neutron stars byelectromagnetic cascade. This is accounted for the first time when computingthe flux generated by axion-photon resonance, noting: (i) axions of up todozens of meV of mass mix in the magnetized plasma; (ii) radio signal fromisolated stars of inferable multiplicity factor is undetectable, which couldextend up to infrared; (iii) observation of Galactic populations is alsounpromising, as the boost is exiguous; (iv) telescopes could yet be sensitiveto gravitational focusing of dark matter, e.g., SGR 1745-2900 orbiting Sgr A*.

Retuning the radio astronomical search for axion dark matter with neutron stars