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They then observed the radiation as it traveled through the magnetic fields around, found in the galaxy clusters, so it could hyperventilately transform into these axons. So that change would leave behind tiny random fluctuations in the data, but each signal is so faint that it gets lost in the background noise of the universe. So researchers introduced a new concept. They observed a total of 32 supermassive black holes positioned behind galaxy clusters, and then combined the data of their observations.