About: Quark Release: Carbon Cage   Sponge Permalink

An Entity of Type : dbkwik:resource/a6gZhNV8NtpTvydeLvLTHQ==, within Data Space : 134.155.108.49:8890 associated with source dataset(s)

The user releases Quark Release chakra from their hands and guide it around their opponent, until they're surrounded. Then the user closes their hands, causing the quarks to move inwards towards their opponent as they combine together to form carbon atoms. Immediately after the carbon is formed, new particles continue assimulating themselves until they solidify into a cage-like form. After solidification, the Quarks take on a black color. The carbon cage is extremely strong, but with enough force and effort, the cage can be broken.

AttributesValues
rdf:type
rdfs:label
  • Quark Release: Carbon Cage
rdfs:comment
  • The user releases Quark Release chakra from their hands and guide it around their opponent, until they're surrounded. Then the user closes their hands, causing the quarks to move inwards towards their opponent as they combine together to form carbon atoms. Immediately after the carbon is formed, new particles continue assimulating themselves until they solidify into a cage-like form. After solidification, the Quarks take on a black color. The carbon cage is extremely strong, but with enough force and effort, the cage can be broken.
dcterms:subject
debut shippuden
  • No
literal english
  • Quark Release: Carbon Cage
jutsu rank
  • B
unnamed jutsu
  • No
jutsu range
  • Short, Mid
jutsu class type
  • Defensive, Supplementary
jutsu media
  • Anime, Manga
dbkwik:narutofanon...iPageUsesTemplate
Users
  • Sunihata Suzuki,
abstract
  • The user releases Quark Release chakra from their hands and guide it around their opponent, until they're surrounded. Then the user closes their hands, causing the quarks to move inwards towards their opponent as they combine together to form carbon atoms. Immediately after the carbon is formed, new particles continue assimulating themselves until they solidify into a cage-like form. After solidification, the Quarks take on a black color. The carbon cage is extremely strong, but with enough force and effort, the cage can be broken.
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