Math by Machine

Uncover the hidden architecture of the integers with 'Math by Machine,' a refreshing exploration of computational number theory designed for the curious mind. Blending mathematical intuition with raw computing power, this book approaches mathematics as an experimental pursuit-treating algorithms as both a microscope and a playground to reveal patterns that remain invisible through theory alone. Each chapter invites you to engage in an active process of discovery where conjectures are tested and surprising structures emerge from code. You will navigate a diverse landscape of topics, including, Classic Challenges: Computational evidence for the Collatz Conjecture and investigations inspired by Fermat's Last Theorem. Unique Sequences: The morphology of "Zebra" irrationals, Nash-Goldbach decompositions, and the mystery of Sawtooth primes.
Experimental Math: From Monte Carlo risk modeling to the high-stakes persistence races of the 196-problem. The approach is informal yet thoughtful, mixing numerical exploration with light analysis and accessible proofs. Whether you are a programmer, a student, or a recreational math enthusiast, this book offers a compelling look at how technology transforms the way we interrogate the infinite. 'Math by Machine' proves that the most profound questions about numbers are best explored one calculation at a time.