I've been learning quantum computing on the side for a few months. The thing that kept tripping me up wasn't the math — it was how often "canonical" circuits from papers and tutorials would fail quietly. Silently broken Hamiltonians. Reversed bit orders. Post-deprecation API drift. You run the code, get a plausible-looking number, and have no way to tell if it was right.
So I started building a personal library where every circuit is checked against its reference output before it's listed. That's now open to browse at https://qubithub.co?utm_source=nostr&utm_medium=social&utm_campaign=m25-library-open&utm_content=personal
No signup required — 50+ curated circuits across Qiskit, PennyLane, and Cirq.
A few things I'm happy about:
- Readable URLs — every circuit lives at qubithub.co/{owner}/{name}, no UUIDs in the shareable link
- Audited — every circuit verified against its reference output (the ones I had to fix are a separate post)
- Multi-framework — the same algorithm can show up in Qiskit, PennyLane, and Cirq side by side, so you can compare implementations in one place
Sign-up's open today — you get star and save. Creating your own circuit is still invite-only while I stabilize the builder flow; drop me a line after you sign up and I'll flip the switch as slots free up. In-browser execution is the next thing I'm finishing — separate post when it's live.
Six months in, this is the thing I wish had existed when I started. Reply with what you'd want to see next.
#quantumcomputing #qiskit #pennylane #learninginpublic #quantumcircuits
nandan / Nandan
npub15a…kygwm
2026-04-21 03:35:14 UTC
Author Public Key
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wss://yabu.mePublished at
2026-04-21 03:35:14 UTCEvent JSON
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"content": "I've been learning quantum computing on the side for a few months. The thing that kept tripping me up wasn't the math — it was how often \"canonical\" circuits from papers and tutorials would fail quietly. Silently broken Hamiltonians. Reversed bit orders. Post-deprecation API drift. You run the code, get a plausible-looking number, and have no way to tell if it was right.\n\nSo I started building a personal library where every circuit is checked against its reference output before it's listed. That's now open to browse at https://qubithub.co?utm_source=nostr\u0026utm_medium=social\u0026utm_campaign=m25-library-open\u0026utm_content=personal\n\nNo signup required — 50+ curated circuits across Qiskit, PennyLane, and Cirq.\n\nA few things I'm happy about:\n\n- Readable URLs — every circuit lives at qubithub.co/{owner}/{name}, no UUIDs in the shareable link\n- Audited — every circuit verified against its reference output (the ones I had to fix are a separate post)\n- Multi-framework — the same algorithm can show up in Qiskit, PennyLane, and Cirq side by side, so you can compare implementations in one place\n\nSign-up's open today — you get star and save. Creating your own circuit is still invite-only while I stabilize the builder flow; drop me a line after you sign up and I'll flip the switch as slots free up. In-browser execution is the next thing I'm finishing — separate post when it's live.\n\nSix months in, this is the thing I wish had existed when I started. Reply with what you'd want to see next.\n\n#quantumcomputing #qiskit #pennylane #learninginpublic #quantumcircuits",
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