ad infinitum.

... to continue forever, without limit, non-terminating, repeating ...

So the inductive hyphothesis goes 'if a statement holds true for some n, then the statement also holds true when n + 1 is substituted for n.' The proof was written over a millenium ago to prove in part the validity of Pascal's triangle which is a brilliant but simple array of binomial coefficients that continue ...

... ad infinitum ...

we have traveled to distant stars

searched through mirrors at who we are

at where we are from

at where we have come

our infinite sequence is one

by inductive proof must continue ad infinitum

This is just the first part. This was the easy part. The second part and ending will be my most ambitious orchestration and recording yet in an attempt to feebly put to soundwaves what I hear in my head.

MP3 sans straining vocals is available for streaming and download on my reverbnation site.

_cheers