About: Pentatri   Sponge Permalink

An Entity of Type : owl:Thing, within Data Space : 134.155.108.49:8890 associated with source dataset(s)

The pentatri is equal to {3,3,3,3,3} or {3,5 (1) 2} (3 powergigoexploded to 3) in BEAF. or 5 & 3, using the array of operator. The term was coined by Jonathan Bowers. It is also quite close to the lower bound for \( G(16) \) in the Goodstein function, which illustrates that large numbers can appear in the modern mathematics. Chris Bird noted that Friedman's n(k) function is comparable to {3,k (1) 2}, so pentatri should be in ballpark with n(5).

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  • Pentatri
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  • The pentatri is equal to {3,3,3,3,3} or {3,5 (1) 2} (3 powergigoexploded to 3) in BEAF. or 5 & 3, using the array of operator. The term was coined by Jonathan Bowers. It is also quite close to the lower bound for \( G(16) \) in the Goodstein function, which illustrates that large numbers can appear in the modern mathematics. Chris Bird noted that Friedman's n(k) function is comparable to {3,k (1) 2}, so pentatri should be in ballpark with n(5).
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dbkwik:googology/p...iPageUsesTemplate
abstract
  • The pentatri is equal to {3,3,3,3,3} or {3,5 (1) 2} (3 powergigoexploded to 3) in BEAF. or 5 & 3, using the array of operator. The term was coined by Jonathan Bowers. It is also quite close to the lower bound for \( G(16) \) in the Goodstein function, which illustrates that large numbers can appear in the modern mathematics. Chris Bird noted that Friedman's n(k) function is comparable to {3,k (1) 2}, so pentatri should be in ballpark with n(5).
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