A living map of quantum computing — every node a concept, every edge a relationship. I publish nodes as I truly understand them; the dashed ones are where I'm headed next.
Lately: randomized benchmarking, decoder architectures, and what spec-sheet fidelity numbers actually mean.
publishedin progresscoming soon
fig. 1 — the atlas. boxes are territories, arrows are relationships. click Noise & Benchmarking to go one level down.
Learning paths
From zero to your first circuit
The dependency chain in order — answers "what should I learn next?" at every step.
Why quantum computers fail — and how we fix them
From decoherence to the surface code, via how we actually measure error.
From physics to products
Where most guides stop at algorithms, this one continues into roadmaps and strategy.
Recently tended
Measurement
The Born rule, collapse, and why the basis you choose is half the physics.
Randomized Benchmarking
Rewrote the "why SPAM-free" section after re-reading the non-Markovian RB paper.
Decoder Architectures
Collecting papers on matching and RL-based decoders for the surface code.