
Thom is a great talent and just wants to spread poetry, light and positive energy across the globe. If we at Gonzo can help him do that - why not? why not indeed!!"
ELEPHANTINE DIOPHANTINE LABYRINTHINE
Relationships are all we have - integers, prime, whole numbers, fractions of relationships exist
Equations breed theorems to validate hypotheses. Simple as abc.
Fermat's Last Theorem posits a concept of square-free numbers
David Masser & Joseph Oesterle in 1985 posited numbers
that cannot be divided by the square of any number(e.g-15,17 etc)
Now Shinichi Mochizuki proposes relationships between prime numbers
Brian Conrad encodes a deep connection between a, b and a+b
In 1978, Lucien Szpiro attempted to prove such relationships
In 1994, Andrew Wiles proved Fermat's Last Theorem
Now Mochizuki uses those elliptic curves of algebraic relationships
to involve sets, permutations, topologies and matrices
Prime numbers are in relationships - we just need to reveal how many and how much
they can validate projections to connect both them and our trust
that, as we are connected, so, too our number systems link each to each.
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