08/09/2014, 10:16 PM
First Tommy-Ben Conjecture :
let a,b,c be positive integers.
Let X,Y be positive irrational numbers that are linearly independant but they are NOT algebraicly independant.
Nomatter what X,Y are , there is NO non-Möbius closed form function f(x) such that
f^[a + b X + c Y](x)
is also a closed form for every a,b,c.
---
Ben's OP was an example where f^[a + b X](x) had a closed form for every a,b. ( X was lb(3) )
Im very very convinced of this conjecture.
---
Second Tommy-Ben conjecture :
Let a_i be positive integers and X_i be linear independant positive irrational numbers.
Let n be an integer > 0.
If f^[a + a_1 X + a_2 X_2 + ... + a_n X_n](x) is a closed form for every a_i then the superfunction of f is a composition of at least 2 functions with an addition rule and the X_i are all of the form log(A_i)/log© where the A_i are integers and C is a constant.
regards
tommy1729
let a,b,c be positive integers.
Let X,Y be positive irrational numbers that are linearly independant but they are NOT algebraicly independant.
Nomatter what X,Y are , there is NO non-Möbius closed form function f(x) such that
f^[a + b X + c Y](x)
is also a closed form for every a,b,c.
---
Ben's OP was an example where f^[a + b X](x) had a closed form for every a,b. ( X was lb(3) )
Im very very convinced of this conjecture.
---
Second Tommy-Ben conjecture :
Let a_i be positive integers and X_i be linear independant positive irrational numbers.
Let n be an integer > 0.
If f^[a + a_1 X + a_2 X_2 + ... + a_n X_n](x) is a closed form for every a_i then the superfunction of f is a composition of at least 2 functions with an addition rule and the X_i are all of the form log(A_i)/log© where the A_i are integers and C is a constant.
regards
tommy1729

