Bowers Exploding Array Function (BEAF) is a notation for very large numbers invented by Jonathan Bowers, similar to chained arrow notation, but much stronger. It is a superset of array notation and extended array notation, both invented by Bowers. It has become quite famous in googology due to its simplicity and growth speed, not to mention the vast array of whimsically named numbers defined with the function (such as golapulus and the legendary meameamealokkapoowa oompa, one of Bowers' largest numbers). However, there is no agreed-upon definition for the notation above tetrational arrays.
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| - Bowers Exploding Array Function (BEAF) is a notation for very large numbers invented by Jonathan Bowers, similar to chained arrow notation, but much stronger. It is a superset of array notation and extended array notation, both invented by Bowers. It has become quite famous in googology due to its simplicity and growth speed, not to mention the vast array of whimsically named numbers defined with the function (such as golapulus and the legendary meameamealokkapoowa oompa, one of Bowers' largest numbers). However, there is no agreed-upon definition for the notation above tetrational arrays.
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Name
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Author
| - Jonathan Bowers, Chris Bird, John Spencer
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growthrate
| - Sufficiently large reasonable expressions in BEAF >* Peano arithmetic
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abstract
| - Bowers Exploding Array Function (BEAF) is a notation for very large numbers invented by Jonathan Bowers, similar to chained arrow notation, but much stronger. It is a superset of array notation and extended array notation, both invented by Bowers. It has become quite famous in googology due to its simplicity and growth speed, not to mention the vast array of whimsically named numbers defined with the function (such as golapulus and the legendary meameamealokkapoowa oompa, one of Bowers' largest numbers). However, there is no agreed-upon definition for the notation above tetrational arrays. Although Chris Bird and John Spencer (a friend of Bowers') assisted in the construction of BEAF, Bowers is usually given sole credit for the function.
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