Read the capstone as a source-chain check across LC storage, charge energy, toy
coupling, detuning, and readout. The final audit bit is 1 only because the
detuning and readout bits are both 1 in the pinned toy ledger; real devices add
fabrication spread, calibration drift, detuning error, readout noise, and
uncertainty.
The capstone accepts only a coherent source chain. Exact arithmetic here means exact results for the stated model inputs; measured inputs still carry uncertainty and significant-figure limits.
highlighted = computed this step
The audit names every checked source
The audit cites the LC source, energy source, toy coupling source, detuning source, and readout source.
sources checked=5
Every cited source agrees with the final claim
The detuning bit is 1, the readout bit is 1, and the final audit bit is 1.