FROM SILICON TO QUBITS

A no-nonsense guide to quantum computing written specifically for classical engineers — electrical, software, and systems engineers who are okay with transistors, logic gates, and compilers, but have never had to think about superposition before.

Most introductions to quantum computing either drown you in physics formalism or wave their hands past the hard parts. This book does neither.

You will get a ground-up tour of the full quantum computing stack — from the physics of a qubit and the geometry of the Bloch sphere, through quantum gates and circuit compilation, all the way up to quantum algorithms and why they outperform their classical counterparts on specific problem classes. Hardware realities — cryogenic control systems, noise, decoherence, and error correction — are treated as first-class topics, not footnotes.

By the end, you will know exactly what quantum computers are good at, what they are not good at, and where the field genuinely stands today — no hype, no hand-waving.

If you've ever wondered what the quantum computing stack actually looks like from top to bottom, this is the book.