Ran on real hardware. The claim stands at the floor stated in the row, no further.
The original claim overreached and was corrected in public. The correction itself is the receipt.
Real hardware run. The physics is neither confirmed nor refuted; we say so.
A textbook result reproduced in public. Useful as a calibration, not claimed as new.
The Registry
E8 coupling sweep: spectroscopic survey over the root system at varying coupling angles, 60 jobs on ibm_fez.
Floor. A survey run. The claim is that the jobs executed as described; no physical result beyond the survey is asserted.
d6ub6r0v5rlc73f3oh9gd6ub6oaf84ks73de2pogd6ub6lk69uic73ci24k060 jobs in total; three shownSOURCE PAGE →Shor-ECDLP circuits executed on real IBM quantum hardware (ibm_fez) across ten prime-order curves, 4-bit to 21-bit.
Floor. Real-hardware execution with a fully public job ledger. The runs did not yield a cryptographic break; key recovery was classical. 0 of 10 support a quantum break.
d6ue2rk69uic73ci52f0d6ue2kif84ks73de5o1g12 public job IDs in total; two shownSOURCE PAGE →E8 quantum phase estimation (15 qubits, 128 bins) on ibm_fez.
Floor. The "fine-structure constant detected" reading was retracted: the histogram was a DC noise pile-up measured against the wrong null. The circuit ran; no eigenphase was resolved.
E8 Cartan-evolution quantum walk (8 qubits) on real hardware.
Floor. The "alpha detected" flag was retracted: the artifact recorded a detection while its hit list was empty. The walk executed; no eigenphase was resolved.
16-qubit entanglement circuit on real IBM hardware.
Floor. The "Bell fidelity 1.0000 / Bell certification" claim was retracted; the hardware CHSH test was rejected on re-analysis. A 16-qubit circuit executed; no Bell certification is claimed.
Keyed HMAC seeded by entropy from a real-hardware circuit run.
Floor. The "Bell-certified gate" framing was retracted. The defensible claim is an HMAC seeded by hardware-run entropy; no nonlocality certification.
E8 gauge decomposition: three circuits (E8, A8-chain control, random-graph control) on ibm_fez, 8192 shots each.
Floor. Entropy and KL divergence are statistically indistinguishable across all three; a calibrated null shows the hit counts are consistent with hardware noise. Not confirmed, not fully retracted (raw per-bin data was not archived, so one alternative could not be tested).
CHSH Bell test and GHZ-Mermin on ibm_marrakesh: S = 2.733 (32 sigma over the classical bound of 2), M = -3.859.
Floor. A reproduction of textbook physics on a single device, not loophole-free (locality and detection loopholes remain open). Not a novel result; it backs the Situated Agent field note.
Eleven experiments demonstrated live in a recorded public reproducibility run.
Floor. A recorded run; the receipt is the video itself.
How to check a job ID
An IBM Quantum job ID is a receipt issued by IBM, not by us. With an IBM Quantum account you can look up any ID above and see the backend, the circuit, the shot count, the timestamp and the raw counts. If a job ID on this page does not resolve to a run matching the row, the row is wrong and we will correct it in public.
What this registry is not
It is not our internal capability registry. That one tracks what our stack can do, is verified by executing proofs on our own hosts, and is not publicly re-runnable, so it does not belong on a page whose whole point is that you need not trust us. The 512 jobs on the account total and the 3 published corrections are itemized on the job ledger and the research page.
Found an error
If you can show that a row overstates its floor, that is a finding we want. Write to [email protected] with the row id and what you ran. Corrections go on this page and on the research page, dated, with the original claim left visible. The procedure is fixed in advance at overturn a claim.
The evidence file we produce for a regulated institution is held to the same rule as this page: every finding bound to something a third party can re-check.