Discovery · 17 logics · IBM Heron r2 · ibm_marrakesh
Keep conflicting absorption, distribution, metabolism, excretion and toxicity logics co-resident in one 156-qubit job, and close a pre-registered architecture scorecard the same day.
Lead selection is a multi-logic landscape. Permeability, CYP risk, hERG, DILI and the rest pull in different directions. Classical practice flattens them (weighted sum) or sequences them (hard filters). On the frozen 9×17 public-proxy table those two already disagree: acetaminophen ranks high under a weighted sum and drops at a sequential DILI gate.
Show that co-resident ADMET logics produce a measurable joint-structure gap versus no-cross and separable controls, with primary metrics on raw counts.
junction_ryy. Same geometry from Fez Stage B through Marrakesh Stage C2.IBM Heron r2 · ibm_marrakesh · 156 qubits · 8192 shots. Coupled jobs plus a separable control. Primary readout: raw counts. Resilience / SAR is a labelled diagnostic channel on the same jobs.
Architecture WOW on a frozen public panel. PASS when every Stage C2 bar clears the same day.
| Coupled jobs | d9qubi7pemts73crsa2g, d9qubihdsedc73aftfj0, d9qubivpemts73crsa3g |
|---|---|
| Separable job | d9qubk8pdb6s73e45q3g |
This is a measured architecture result on a public benchmark. Classical computers can audit the conflict table and controls. The finding is the joint structure the coupled job keeps.