The Whipper

The Whipper is equal to \(\{10,100,2/2\}\) using BEAF. The term has coined by RedBandServerYT. Since BEAF has not been formalised by Bowers at this level, this number is currently ill-defined.
== Computation ==
# Let = 10.
# Let = 10&10&10&10&10&10&10&10&10&10 (a.k.a. dekulus).
# Let = 10&10&...&10&10, where the number of tens is .
# Continue, letting = 10&10&...&10&10 with tens.
# The Whipper is .
== Approximations ==
Since it is not defined by now, the following approximations are just expected values:
Notation 	Approximation
Bird's array notation 	\(\{10, 100, 2 [1 [2 /_{1,2} 2] 2] 2\}\)
Dollar function (intended)	\(100$[[0]_{[0]}1]\)
Fast-growing hierarchy (using this system
of fundamental sequences)	\(f_{\psi_0(\Omega_{\omega})}^{99}(10)\)
U function 	\(U^{99}(10)\)
==Sources==
==See also==
Category:Numbers
Category:BEAF
Category:Numbers by RedBandServerYT
Category:Class disputed
Category:Unformalised