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Ngc 1851

All articles tagged with #ngc 1851

astronomy1 year ago

"Breakthrough Discovery: Unusual Space Object Challenges Astrophysics"

Astronomers have discovered a celestial object in the star cluster NGC 1851 that challenges existing astrophysical classifications, possibly uncovering a new type of cosmic entity at the edge of known physics. The enigmatic system, known as NGC 1851E, consists of a millisecond pulsar and a massive, invisible companion object, which could be a pulsar in orbit around the remains of a merger of two neutron stars. This discovery holds immense promise for understanding extreme matter in the universe and may lead to the identification of a new, as yet unknown, astrophysical object at the boundary between neutron stars and black holes.

astronomy2 years ago

"Unraveling the Mystery: Astronomers Discover Enigmatic Object in the Milky Way"

Astronomers have discovered a mysterious object in the Milky Way that falls within the "black hole mass gap," with a mass heavier than the heaviest known neutron star and lighter than the lightest known black hole. The object, found orbiting a radio pulsar, could be either a black hole or a neutron star, and its discovery may provide insights into the formation of such dense objects in the universe. The MeerKAT Radio Telescope played a crucial role in this discovery, and further study of this object could significantly advance our understanding of neutron stars, black holes, and other enigmatic entities in the universe.

astronomy2 years ago

"Enigmatic Deep-Space Object: Is It the Lightest Black Hole or Heaviest Neutron Star?"

Astronomers have discovered a mysterious cosmic object in the NGC 1851 globular cluster, located 40,000 light-years away, which could be the lightest black hole or the heaviest neutron star ever found. The object, detected through the rapid flashes of its orbiting companion, falls within the historical "mass gap" between black holes and neutron stars, challenging existing theories. Further investigation could provide crucial insights into the nature of neutron stars, black holes, and other enigmatic objects within the mass gap.