New Research Hints at Cosmic Link Between Dark Matter and Neutrinos

Scientists from the University of Sheffield suggest that dark matter and neutrinos may interact, challenging existing cosmological models. By examining data from telescopes like ACT and Planck, evidence points to these interactions possibly influencing cosmic structures, offering insights into unresolved puzzles about the universe’s formation.

Scientists have taken a significant step towards unraveling the universe's mysteries, unveiling research that suggests interactions between dark matter and neutrinos. This discovery challenges established cosmological models, offering a potential breakthrough in understanding the cosmos' evolution.

The University of Sheffield's study reveals that dark matter, constituting 85% of the universe's matter, may interact with neutrinos, subatomic particles observed via underground detectors. This interaction could influence the formation of cosmic structures, contradicting the Standard Model of Cosmology.

Data from advanced instruments such as the Atacama Cosmology Telescope and Planck Telescope support this finding. These interactions could address the observed discrepancies in cosmic structure growth, providing fresh insights into the universe's development and guiding future research directions.

(With inputs from agencies.)