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dark matterPhys Org
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88% Informative
A new study proposes using gravitational wave detectors like LIGO to search for scalar field dark matter.
Dark matter, an elusive form of matter, makes up to 30% of the observable matter in the universe.
It doesn't absorb, emit, or reflect light, making it invisible to us.
The research team developed a theoretical model to understand how dark matter would interact with the detectors.
Then applied a method called logarithmic analysis to identify patterns or patterns that match the predicted effects.
The value of this coupling strength was improved by a factor of 10,000 over previous work.
The research team estimates that future detectors will be able to outperform even indirect search methods and be capable of ruling out entire categories of scalar dark matter theories.
The study presents methods to predict the impact of core optics changes, showing that small adjustments in mirror thickness could yield significant improvements.
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