We review quantum claims for a living. We also believe the best defence against hype is understanding the real thing. These resources teach quantum computing through hands-on practice — no prerequisites, no handwaving.
A narrative RPG that teaches real quantum computing. You play a student at a quantum academy — every gate you place is a real gate, every circuit you build is a real algorithm. No math prerequisites. No prior quantum knowledge. Just play.
Six acts. Ten quantum circuits. Concepts covered:
The standard open-source textbook for learning quantum computing with code. Covers theory and implementation using IBM's Qiskit framework.
Visit →A mnemonic essay series by Andy Matuschak and Michael Nielsen. Uses spaced repetition to build lasting understanding of quantum computing fundamentals.
Visit →A video series for CISOs, CTOs, boards, investors, and vendor-risk teams who need defensible answers about quantum computing, post-quantum cryptography, PQC migration, and harvest-now-decrypt-later risk. Justin Hughes walks through the evidence trail behind Firebringer Quantum — how a convincing quantum result fails under null testing, how vendor claims can outrun the evidence, and how to separate real post-quantum risk from quantum theater.
Watch →Most quantum hype survives because the audience doesn't know what quantum computers actually do. The concepts aren't hard — they're just poorly taught. Gate-by-gate, circuit-by-circuit, the mystery dissolves.
Every resource on this page teaches the real thing. No analogies about cats. No claims about parallel universes. Just qubits, gates, and algorithms — the way working practitioners understand them.