<ul><li>A new imaging technique has been developed that can reconstruct standard two-dimensional radio images as three-dimensional ones.</li><li>This technique has the potential to provide information about the 3D structures of polarized radio sources, such as the jet-like features of galactic black holes.</li><li>The technique utilizes the measurement of Faraday rotation to determine the relative distance between the emitting region and the observer.</li><li>The study suggests that the 3D reconstructions may challenge existing physical models of how radio galaxies form and how the jets from black holes interact with the surrounding medium.</li></ul>

New imaging technique could change how we look at certain objects in space

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