C064 - A Rabi-frequency difference of epsilon ~= 5% is observed on the carrier transition |up> -...
Verdict: data_unavailable (data_unavailable)
Location: Supp. Mat. S4
Type / expected artifact: numeric / numeric / paper_text
Claim: A Rabi-frequency difference of epsilon ~= 5% is observed on the carrier transition |up> -> |D5/2,mj=+3/2>, which is detuned by ~= 2 pi x 0.9 MHz from the blue sideband of the axial stretch mode.
Models: extraction claude-opus-4-8; verification gpt-5; verification_chain claude-opus-4-8 -> gpt-5; verdict_chain data_unavailable -> data_unavailable.
Limitations: data_unavailable.
Source location(s): source/supp_content.tex:125 (Supp. Mat. S4).
Conclusion
Paper: eps ~= 5% Rabi-frequency difference on |up>->|D5/2,+3/2>, detuned ~2pi x 0.9 MHz from the blue sideband of the axial stretch mode (omega_m ~= 2pi x 2.4 MHz). The 5% gradient and exact 0.9 MHz placement are MEASURED, device-specific quantities; no paper-provided raw data exists (inventory.json) -> data_unavailable. Sanity check only: 0.9 MHz < 2.4 MHz stretch mode (ratio 0.375); an order-~MHz Zeeman/fine-structure offset between distinct carriers is physically plausible and internally consistent, but not derivable. No data synthesized.
Verification details
Executable rerun: run.py exited 0 in 0.419s; log verification/C064/attempts/R002/run.log.
Output excerpt:
measured eps (Rabi-freq difference) = 5.0 % [MEASURED]
stated detuning from blue sideband = 0.90 MHz
axial stretch mode omega_m = 2.40 MHz
detuning / omega_stretch = 0.375
0 < detuning < omega_stretch (geom plausible)? True
CONCLUSION: eps and the exact 0.9 MHz value are MEASURED -> data_unavailable.