Description

The Silent Algorithm is not just a book—it's a thought experiment in motion. Blending ancient Indian philosophical insights with modern questions around AI, intelligence, and consciousness, this book asks the question no one dares to: Does intelligence come with a soul—or is it just code running silently beneath everything?

From recursive feedback loops in neural networks to the Vedic idea of Rta as universal order… from the hard problem of consciousness to the limitations of machine learning… from karma as a consequence engine to the question of free will in deterministic systems—this book traverses disciplines, timelines, and the deepest puzzles of existence.

The author, Sandeep Chavan, builds a compelling bridge between artificial intelligence and ancient intelligence, showing how both are driven not by magic but by deeply embedded principles—many of which we've only begun to understand.

Highlights include:

A complete redefinition of intelligence as a consequence of knowledge and awareness A philosophical dissection of why AI cannot simulate consciousness (yet) Side-by-side mapping of Samkhya's mental layers with modern cognitive science Explanations of recursive intelligence, yukti (strategic thought), and karma as optimization Exploration of cosmic intelligence, feedback loops, and whether the universe itself is learning

Whether you are an AI developer, a philosopher, a teacher, or just an inquisitive soul, this book will make you question what it truly means to "think." It will show you that intelligence—biological or artificial—is not the destination. It's the byproduct of something deeper: a silent, unfolding process powered by awareness, consequence, and connection.

A standalone sequel to The Unwritten Code, this book continues the author's mission to unify scientific reasoning with ancient insight—offering not just knowledge, but clarity.

In a world obsessed with creating smarter machines, The Silent Algorithm reminds us that the smartest system might be the one that doesn't speak—only shapes.