magnetar oor Noorse Bokmål

magnetar

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en
(astronomy): A neutron star or pulsar with an extremely powerful magnetic field, especially those on which starquakes occur, thought to be the source of some gamma-ray bursts

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magnetar

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type of neutron star
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2004 – Radiation from an explosion on the magnetar SGR 1806-20 reaches Earth.
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It is not near the galactic center where once again star densities increase the likelihood of ionizing radiation (e.g., from magnetars and supernovae).
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A magnetar?
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The result presents great challenges to current theories of how stars evolve, as a star as massive as this was expected to become a black hole, not a magnetar. Credit: ESO
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The result presents great challenges to current theories of how stars evolve, as a star as massive as this was expected to become a black hole, not a magnetar.
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Astronomers believe there could currently be more than 30 million magnetars dotted across the Milky Way!
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18 Gusht 2010: Using ESO’s Very Large Telescope, European astronomers have for the first time demonstrated that a magnetar — an unusual type of neutron star — was formed from a star with at least 40 times as much mass as the Sun.
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But this magnetar was found floating in space all on its own.
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The formation mechanism preferred by the astronomers postulates that the star that became the magnetar — the progenitor — was born with a stellar companion.
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18/08/2010: Using ESO’s Very Large Telescope, European astronomers have for the first time demonstrated that a magnetar — an unusual type of neutron star — was formed from a star with at least 40 times as much mass as the Sun.
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Thanks to its home in the cluster, the astronomers were able to make the remarkable deduction that this magnetar must have formed from a star at least 40 times as massive as the Sun.
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But what made this magnetar so mystifying was that no-one understood how such a weak magnet could cause such powerful flares!
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By locating this star astronomers now have even more evidence supporting their theory of how magnetars form. Cool Fact
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We did not understand how it could have become a magnetar,” says Simon Clark, lead author of the paper reporting these results.
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While no such companion is currently visible at the site of the magnetar, this could be because the supernova that formed the magnetar caused the binary to break apart, ejecting both stars at high velocity from the cluster.
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It turns out that this sneaky magnetar was concealing one of the strongest magnets in the entire Universe, hiding its true power.
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But, up to now, no companion star was detected at the location of the magnetar in Westerlund 1, so astronomers used the VLT to search for it in other parts of the cluster.
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European astronomers have, for the first time, demonstrated that this magnetar — an unusual type of neutron star with an extremely strong magnetic field — was formed from a star with at least 40 times as much mass as the Sun.
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This rapid rotation appears to be the essential ingredient in the formation of the magnetar’s ultra-strong magnetic field.
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By comparison with these stars, they found that the star that became the magnetar must have been at least 40 times the mass of the Sun.
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This discovery helps to explain how magnetars form — a conundrum dating back 35 years — and why this particular star didn’t collapse into a black hole as astronomers would expect.
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The star cluster Westerlund 1and the positions of the magnetar and its probable former companion star
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By locating this star astronomers now have even more evidence supporting their theory of how magnetars form. "Cool" zajímavost
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The only explanation that fitted the observations of the supernova following GRB 111209A was that it was being powered by a magnetar — a tiny neutron star spinning hundreds of times per second and possessing a magnetic field much stronger than normal neutron stars, which are also known as radio pulsars [6].
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18 August 2010: Using ESO’s Very Large Telescope, European astronomers have for the first time demonstrated that a magnetar — an unusual type of neutron star — was formed from a star with at least 40 times as much mass as the Sun.
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