New Type of Astronomical Object Discovered: Massive Magnetic

New Type of Star Gives Clues to Mysterious Origin of Magnetars Magnetars are the strongest magnets in the Universe. These super-dense dead stars with ultra-strong magnetic fields can be found all over our galaxy but astronomers don’t know exactly how they form. Now, using multiple telescopes around

Related Keywords

Belgium , Israel , Hawaii , United States , Bonn , Nordrhein Westfalen , Germany , Garching , Bayern , Leuven , Region Flamande , Madrid , Spain , United Kingdom , Canada , Netherlands , Amsterdam , Noord Holland , Chile , Brazil , France , Avishai Gilkis , Julia Bodensteiner , Pablo Marchant , Lidia Oskinova Institut , Sana Ku Leuven , Stefano Bagnulo Armagh , Norbert Langer Argelander Institut , Gregg Wade , Pablo Marchant Institute Of Astronomy , Tel Aviv University , National Science Foundation Optical , Max Planck Institute For Radio Astronomy , University Of Amsterdam , Ku Leuven Institute Of Astronomy , Tomer Shenar Anton Pannekoek Institute For Astronomy , School Of Physics , Centre For Astrobiology , Royal Military College Of Canada , Gregg Wade Department Of Physics , Astronomy Research Laboratory , Alexandre Soares De Oliveira Institute Of Research , Magnetar Art Concept , Star Gives Clues , Mysterious Origin , European Southern Observatory , Tomer Shenar , Canada France Hawaii Telescope , Fiber Fed Extended Range Optical Spectrograph , Royal Military College , Anton Pannekoek Institute , Space Science , Stefano Bagnulo , Armagh Observatory , Norbert Langer , Max Planck Institute , Radio Astronomy , National Science Foundation , Lidia Oskinova , Timothy Van Reeth , Hugues Sana , Nicole St Louis , Alexandre Soares De Oliveira , Helge Todt , Silvia Toonen ,