Scientists have developed a new method aimed at reducing observational uncertainties in cosmic birefringence, an effect that arises from the interaction of light with certain cosmic fields and provides clues about the Universe’s underlying properties. This advancement is significant as it enhances the precision of measurements related to cosmic birefringence, thereby helping researchers explore the fundamental symmetry of the Universe more accurately.
By refining observations, this technique may contribute to a deeper understanding of the Universe’s structure and its governing physical laws, potentially shedding light on phenomena that were previously obscured by noise and measurement errors.
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