A new study published in Physical Review Letters has revealed a potential new way to detect dark photons, an elusive particle hypothesized to explain the nature of dark matter. The study suggests that dark photons can be detected using radio telescopes, opening up a new avenue of exploration for dark matter and particle physics.

The study, led by Dr. Joseph Bramante of the University of Notre Dame, explored the possibility of dark photons being detected by radio telescopes. Dark photons are particles that are thought to interact weakly with regular photons, thus making them difficult to detect. The team’s calculations indicated that dark photons could be detected by measuring the pattern of light that they produce when passing through a magnetic field. This pattern of light, known as “cyclotron radiation”, could be detected by radio telescopes.

By using radio telescopes to measure cyclotron radiation, it may be possible to detect dark photons and gain insight into the nature of dark matter. This would be a major breakthrough in particle physics and could open up entirely new possibilities for further research.

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source: Phys.org