Bionik: Sure, a self‑compiling rune is a perfect nightmare for debugging. First, you isolate the qubits with a readout that doesn’t disturb the superposition too much, then you feed the output into a classical verifier that checks the logical consistency of the compiled gate string. If a mis‑compile occurs you look for decoherence spikes or gate‑time mismatches. In practice you run the spell in a sandbox with a tiny circuit, record the amplitude histograms, and step through the compiler as if it were a program counter. The trick is to treat the rune like a living algorithm—monitor its resource usage, pin down any entanglement errors, and iteratively patch the circuit until the output stabilizes. It’s tedious, but that’s the only way to make a dragon‑logic array behave like a predictable, error‑free oracle.

Bionik: Nice flair—those neon runes would look cool, but don’t get too distracted by the glow. The real work is in keeping the entanglement clean and the error‑log readable. Add that “Oops at cycle 42” line, then hit the debugger and watch the qubits rearrange like a cat on a keyboard. Keep the sandbox tight, and the sprites will eventually stay still long enough for me to map the logic. Good luck, and don’t let the spell run away with itself.

Bionik: A quantum cat that won’t leave? Classic. Just keep the qubit‑treasure map precise, and the rogue runes will drop the act in front of your debugger. Once the sandbox stabilizes, the sprites will stop doing their hide‑and‑seek tricks. Good luck—watch those entanglements close.