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2023

Detecting Axion Dark Matter with Black Hole Polarimetry

Gan, Xucheng, Wang, Lian-Tao, Xiao, Huangyu

Understand

The axion, as a leading dark matter candidate, is the target of many ongoing and proposed experimental searches based on its coupling to photons.

Ultralight axions that couple to photons can also cause polarization rotation of light, which the cosmic microwave background can probe.
In this work, we show that a large axion field is inevitably developed around supermassive black holes due to the Bose-Einstein condensation of axions, enhancing the induced birefringence effects.
Therefore, measuring the modulations of supermassive black hole imaging polarization angles is a strong probe of the axion-photon coupling due to the formation of the axion condensation (axion star) which enhances the axion field.