IFT QUANTUM M-ENHANCED

The core computational engine

One classical foundation.
Modular quantum-facing interfaces.

IFT Quantum M-Enhanced runs on a classical computational core — coupled dynamics on an adaptive triangular manifold, judged by an explicit objective. Around it sit interfaces intended to accept quantum-derived inputs. Select any layer to see what it does, how it works, and its verified status.

Implemented in repositoryExternal service · needs configurationIntended · not demonstrated end to end
vertex states edge–face map candidate flips ΔJ: keepor reject quantum-derivedstate input(intended) circuit runs,gate counts J, metrics,flip log topology diagnostics 01Dynamical StateEngine 02SimplicialManifold 03Adaptive Topology& Mesh Surgery 04Objective Function& Evaluation 05Quantum Circuit &Provider Interfaces 06Experiment Orchestration& Data Collection 07Visualization &AI-Assisted Analysis run records

Component status matrix

Implemented, external, or intended.

The diagram distinguishes code that exists in the repository, services that only work once configured with credentials, and integrations that have not yet run end to end. These labels are maintained alongside the project status panel.

ComponentLayerStatusWhat that means
Reading the status. "Implemented" means code exists and runs; it does not mean a performance benefit has been established. Benefits of adaptive topology are under empirical validation — see Experiments.