Magnetic fields might considerably complicate how scientists interpret gravitational wave alerts from neutron star mergers, a brand new examine has revealed. These collisions, the place two super-dense stellar remnants merge, have lengthy provided astrophysicists a approach to probe matter below excessive stress. The outcomes from the College of Illinois Urbana-Champaign and the College of Valencia reveal that sturdy magnetic fields type extra advanced and prolonged patterns in gravitational waves, thereby making it more durable to decipher the inside workings of neutron stars. Outcomes may doom post-merger sign interpretation methods and the equation of states of dense matter as scientists put together to look at the subsequent technology of gravitational wave observatories.
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