Advantage trackers
Track verifiable quantum advantage claims across three pathways, with clear evidence requirements and contributing institutions.
Variational problems 🌀
Submissions must bound the ground-state energy from above. Verified entries include evidence that the ansatz and optimization respect the variational principle.
| Date | Name | Method | Circuit | Energy (Eh) [upper, lower bound] | Runtime (sec) | Compute resources | Institution |
|---|---|---|---|---|---|---|---|
| SKQD | SKQD | four_impurity_model_64_3281 | -62.25668182839704 [-57.52492815, N/A] | Q: 3600 C: 345600 | Q: IBM Heron r2 C: AMD Epyc 7713 "Trento" | IBM, ORNL, UMD | |
| [4Fe-4S] (54e, 36o) | SQD with circuit and orbital optimization | LUCJ_4Fe_4S_optimized_params_77_3500 | -326.913 [-326.54741547274006, N/A] | Q: 36000 C: 36000 | Q: IBM Heron r2 | LUCJ circuit (one layer) ~3500 2-qubit gates C: 76032 nodes of Fugaku (One node has a Fujitsu A64FX CPU with 48 cores and 32 GiB or memory) | IBM, RIKEN |
Participate
Have a quantum advantage candidate? Contribute it using the provided problem instances or your own circuit specifications, and help expand the list of verified candidates.