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50,000 light-years away a massive starquake cracked a Neutron Star with burst of radiation – Hyperspace suction force manifests power by which earthquake is generated
Terrestrial scientists watched it closely. Astronomers have found the first evidence of cracks in a neutron star's crust. The star cracked when it was rocked by the strongest "starquake" ever recorded.
There are millions of neutron stars in the Milky Way galaxy alone, and some of these have magnetic fields trillions of times stronger than Earth's, the strongest of which are called magnetars.
This particular magnetar – SGR 1806-20 – is surrounded by the strongest magnetic field known in the universe. The magnetar's crust could no longer contain the magnetic stress building in the star's interior.
Two satellites designed to study the Earth's magnetosphere – the European Space Agency's Cluster and Double Star satellites – didn''t go offline and recorded the entire event. Data from these two satellites was combined with observations from around the world to uncover the cracks.
The phenomenon demonstrates that starquakes and possibly earthquakes are caused by forces in the Hyperspace through openings to Hyperspace. The Hyperspace exerts Gravitational and electromagnetic radiation through small opening in the earth called fermions or large openings in Neutron Statrs or Black Holes.
This just manifests the awesome power of Hypespace that control most of the events in the Physical Universe including earthquakes in the earth.
TECHNOLOGY ARTICLES
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