A single resilience capability for Quantum Polycontextural Computing —
packaging qpc_resilience, qpc_noise_reducer, and SAR
into one IBM-ready layer that submits, protects, recovers, and reports for wide polycontextural desks.
QPC defines polycontextural geometry and architecture metrics on the desk.
The Noise Reduction Add-on wraps every IBM job path so those metrics arrive through a stronger,
structure-aware pipeline — one product surface, three cooperating engines.
QPC owns architecture · the Add-on owns IBM-wired resilience around every desk job
Engine 1
qpc_resilience
IBM SamplerV2 options, unified mitigate path after fetch, structured archives for decode and ranking.
Wide-desk support — 156Q+ open-reference widths with sparse full-register readout.
Structure-aware recovery — SAR follows polycontextural geometry, not a generic template.
Multi-run strength — aggregate independent seeds for stabler architecture statistics.
Dual-channel outputs — raw architecture channels plus enhanced diagnostic channels from the stack.
Locked defaults — reusable profiles so every new QPC IBM job lands on the same add-on path.
Desk integration — ADMET Lead Desk and junction-RYY geometry modes with strong hardware signal.
On IBM Quantum
~0.18
Raw junction gap · ibm_fez
~0.25
Aer baseline · same geometry
~74%
Hardware retention vs Aer
With the Noise Reduction Add-on and locked ADMET junction_ryy geometry,
QPC delivered a strong raw architecture gap on ibm_fez — measurable polycontextural structure
on real backends, carried by a resilience layer built for QPC.
For teams and products
Own the stack — methods, defaults, and wiring inside the QPC release.
Faster iteration — new quantum tests plug into one add-on.
Clear product story — one site-facing capability.
Architecture-first — resilience strengthens the pipeline; polycontextural design carries the claim.
Bottom line: QPC Noise Reduction Add-on =
qpc_resilience + qpc_noise_reducer + SAR —
built to submit, protect, recover, and report with the depth QPC architecture demands.