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Difference between revisions of "Black Hole"
m (Omcron 85 renamed to Omicron Tau) |
m (Razgriz is in Omicron Phi of course, not Omicron Tau. Fail fixed.) |
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A black hole is a theoretical entity predicted by the equations of general relativity. A black hole is formed when a star of sufficient mass undergoes gravitational collapse, with most or all of its mass compressed into a sufficiently small area of space, causing infinite spacetime curvature at that point (a ''singularity''). Such a massive spacetime curvature allows nothing, not even light, to escape from the ''event horizon'' or border. | A black hole is a theoretical entity predicted by the equations of general relativity. A black hole is formed when a star of sufficient mass undergoes gravitational collapse, with most or all of its mass compressed into a sufficiently small area of space, causing infinite spacetime curvature at that point (a ''singularity''). Such a massive spacetime curvature allows nothing, not even light, to escape from the ''event horizon'' or border. | ||
| − | Only one black hole is present in Sirius, the [[Razgriz Black Hole]] located in [[Omicron | + | Only one black hole is present in Sirius, the [[Razgriz Black Hole]] located in [[Omicron Phi]]. If the star has a low mass for a black hole, they can become [[Neutron Star|Neutron Stars]]. Several theories have been made on the star [[New Berlin]], if they would become black holes or neutron stars, or if it will just collapse forming a black object. |
Getting close to the ''event horizon'' will result in nearly instant death. | Getting close to the ''event horizon'' will result in nearly instant death. | ||
Revision as of 15:26, 28 November 2018
A black hole is a theoretical entity predicted by the equations of general relativity. A black hole is formed when a star of sufficient mass undergoes gravitational collapse, with most or all of its mass compressed into a sufficiently small area of space, causing infinite spacetime curvature at that point (a singularity). Such a massive spacetime curvature allows nothing, not even light, to escape from the event horizon or border.
Only one black hole is present in Sirius, the Razgriz Black Hole located in Omicron Phi. If the star has a low mass for a black hole, they can become Neutron Stars. Several theories have been made on the star New Berlin, if they would become black holes or neutron stars, or if it will just collapse forming a black object.
Getting close to the event horizon will result in nearly instant death.
See Also
