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A collapsing star with high magnetism questions the origin of recurring fast radio bursts

A collapsing star with high magnetism questions the origin of recurring fast radio bursts
thewestonforum.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from thewestonforum.com Daily Mail and Mail on Sunday newspapers.

Lijing shaoMichael kramerGregory desvignyMike bell lovellGregory desvins mpifPatrick weltifrediMax planck institute for radio astronomy mpifUniversity of manchesterJodrell bankKavli institute for astronomyJodrell bank centerMax planck instituteRadio astronomyKavli instituteFundamental radio astrophysics researchNorbert junks

A wobbling magnetized star challenges the origin of repeating fast radio bursts

A wobbling magnetized star challenges the origin of repeating fast radio bursts
phys.org - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from phys.org Daily Mail and Mail on Sunday newspapers.

Nordrhein westfalenGregory desvignesGregory desvignes mpifPatrick weltevredeMichael kramerLijing shaoJodrell bankUniversity of manchesterKavli institute for astronomy astrophysicsJodrell bank centerPhysics in radio astronomy research divisionMax planck institute for radio astronomy mpifMax planck instituteRadio astronomyFast radio burstsKavli institute

New research improves understanding of expansion of the Universe

The Dark Energy Survey (DES) collaboration has achieved one of the most robust measurements of the constraints on the Universe s expansion to date.

East sussexUnited kingdomJodrell bankBorough of cheshire eastUnited statesOfer lahavPhilip wisemanRubin observatory large synoptic survey telescopeUs department of energySupernova working groupJodrell bank centerUniversity of manchesterUniversity of southamptonAmerican astronomical societyUniversity of portsmouthDark energy camera

Mysterious blasts of radiation might stem from our universe s most extreme stars

New research strengthens the connection between neutron stars with powerful magnetic fields called magnetars, and mysterious blasts of radiation called fast radio bursts.

Nordrhein westfalenMichael kramerKuo liuMount everestUniversity of manchesterMax planck institute for radio astronomy mpifJodrell bank centerFast radio burstsMax planck instituteRadio astronomyRadio transientsMilky wayRadio telescope effelsbergRotating radio transientsNeutron stars

Mysterious radiation might stem from universe s most extreme stars

New research strengthens the connection between magnetars and mysterious blasts of radiation called fast radio bursts.

Nordrhein westfalenMichael kramerMount everestKuo liuUniversity of manchesterJodrell bank centerMax planck institute for radio astronomy mpifFast radio burstsMax planck instituteRadio astronomyRadio transientsMilky wayRadio telescope effelsbergRotating radio transients