About: Gravitational Singularity Generation   Sponge Permalink

An Entity of Type : dbkwik:resource/xoykDFxJFBgF02W_HRnEzw==, within Data Space : 134.155.108.49:8890 associated with source dataset(s)

User can create gravitational singularities, where matter is compressed to a point of zero size and space-time curvature is infinite. This usually creates a black hole, where the singularity is "cloaked" by an event horizon (the boundary where the escape velocity equals the speed of light). Black holes produce a strong gravitational field that destroys and devours matter, with many offensive applications; however, rotating black holes have ring-shaped singularities, allowing some in-falling matter to pass through unharmed and emerge from a white hole in a different place, time, or universe.

AttributesValues
rdf:type
rdfs:label
  • Gravitational Singularity Generation
rdfs:comment
  • User can create gravitational singularities, where matter is compressed to a point of zero size and space-time curvature is infinite. This usually creates a black hole, where the singularity is "cloaked" by an event horizon (the boundary where the escape velocity equals the speed of light). Black holes produce a strong gravitational field that destroys and devours matter, with many offensive applications; however, rotating black holes have ring-shaped singularities, allowing some in-falling matter to pass through unharmed and emerge from a white hole in a different place, time, or universe.
dcterms:subject
Row 1 info
  • Create singularities.
Row 1 title
  • Power/Ability to:
Box Title
  • Gravitational Singularity Generation
Caption
  • Sonic becomes the Violet Void a singularity that draws everything into himself and vanish into a void within himself, destroying them.
dbkwik:powerlistin...iPageUsesTemplate
imagewidth
  • 400(xsd:integer)
BGCOLOR
  • midnightblue
abstract
  • User can create gravitational singularities, where matter is compressed to a point of zero size and space-time curvature is infinite. This usually creates a black hole, where the singularity is "cloaked" by an event horizon (the boundary where the escape velocity equals the speed of light). Black holes produce a strong gravitational field that destroys and devours matter, with many offensive applications; however, rotating black holes have ring-shaped singularities, allowing some in-falling matter to pass through unharmed and emerge from a white hole in a different place, time, or universe. Under some circumstances, singularities with extreme spin or charge can lose their event horizons, becoming "naked singularities" where quantum effects reign supreme.
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