Seven short reads, in order
Each one is about 300 words with a single anchor diagram and a “why this matters for our problem” tie-back. They’re designed to build on each other — read them straight through, or dip into the one you need.
Why a qubit isn’t just a probabilistic bit, and where the exponential power comes from.
Read → Concept 2What “find the ground state” actually means, and why it’s the chemistry question.
Read → Concept 3The hybrid quantum–classical algorithm at the heart of this repo.
Read → Concept 4Why 6 circuit qubits are enough for WH− and nowhere near enough for the real fusion problem.
Read → Concept 5NISQ today → fault-tolerant tomorrow, and what the same code lets you do at each stage.
Read → Concept 6The train-on-sim, validate-on-QPU pattern that makes a real-hardware claim credible.
Read → Concept 7Why more shots can’t fix a biased chip, and how ZNE attacks the bias.
Read →Read Active spaces. It’s the single idea that makes the rest of the repo make sense — and the answer to “how can a 6-qubit chip say anything about a 74-electron tungsten atom?”