generalizing the problem of fractional analytic Ackermann functions
#4
you made a very major mistake...


uhh

\( f^{\diamond - n}(f^{\diamond n + 1}(x)) \neq f^{\diamond 1}(x) \)

this is exactly the assumption I was describing doesn't work.


\( (f^{\diamond n} \circ f^{\diamond m})(x) \neq f^{\diamond m +n}(x) \)

instead, we'd need to create a new operator

\( (f^{\diamond n} \diamond f^{\diamond m})(x) = f^{\diamond m + n}(x) \)

the diamond operator is NOT composition. And the diamond superscript is an index of superfunctions.

\( f^{\diamond n}(x) \neq (f_1 \circ f_2 \circ f_3 ... f_n)(x) = f^{\circ n}(x) \)

instead, it's defined by

\( f(x) = f^{\diamond 1}(g^{\diamond 1}(x) + 1) \)

\( f^{\diamond 1}(x) = f^{\diamond 2}(g^{\diamond 2}(x) + 1) \)

continued arbitrarily

where

\( g^{\diamond n}(f^{\diamond n}(x)) = x \)

seriously. You could try reading first.

my definitions are perfectly consistent. I'll give you the benefit of the doubt for maybe misreading \( \diamond \) for \( \circ \)


then again maybe you should try actually reading instead of eating chocolate... and thinking instead of claiming other people arent...
Reply


Messages In This Thread
RE: generalizing the problem of fractional analytic Ackermann functions - by JmsNxn - 11/16/2011, 12:11 AM

Possibly Related Threads…
Thread Author Replies Views Last Post
  [Question for Bo] about formal Ackermann laws MphLee 6 12,689 12/18/2022, 09:14 AM
Last Post: MphLee
  Is successor function analytic? Daniel 6 12,276 11/28/2022, 12:03 PM
Last Post: JmsNxn
  Ackermann fixed points Daniel 0 5,080 09/18/2022, 03:13 PM
Last Post: Daniel
  The modified Bennet Operators, and their Abel functions JmsNxn 6 13,248 07/22/2022, 12:55 AM
Last Post: JmsNxn
  The bounded analytic semiHyper-operators JmsNxn 4 18,917 06/29/2022, 11:46 PM
Last Post: JmsNxn
  On my old fractional calculus approach to hyper-operations JmsNxn 14 32,608 07/07/2021, 07:35 AM
Last Post: JmsNxn
  the inverse ackerman functions JmsNxn 3 18,675 09/18/2016, 11:02 AM
Last Post: Xorter
  Bounded Analytic Hyper operators JmsNxn 25 87,258 04/01/2015, 06:09 PM
Last Post: MphLee
  Theorem in fractional calculus needed for hyperoperators JmsNxn 5 24,584 07/07/2014, 06:47 PM
Last Post: MphLee
  Negative, Fractional, and Complex Hyperoperations KingDevyn 2 20,777 05/30/2014, 08:19 AM
Last Post: MphLee



Users browsing this thread: 1 Guest(s)