Quantum Studio
Inspect quantum-control experiments and the evidence behind a result, from model trajectories to a reproducible operator dossier.
Research workbench · hosted integration planned · Source review: 2026-09-30
What it is for
Inspect quantum-control experiments and the evidence behind a result, from model trajectories to a reproducible operator dossier.
Who it is for
Quantum-control researchers and practitioners comparing simulations, replay and hardware submission preparations.
Documented capabilities
- Explore XY recomputation, Kuramoto playback and three-dimensional trajectories.
- Search the declared capability catalogue with runtime and backend filters. Verified WASM links open XY recomputation and programme automatic-differentiation replay instruments.
- The backend contract declares compile, simulate, analyse, validate, benchmark, replay, differentiate, mitigate and execute; the CLI dispatches supported handlers.
A typical workflow
Select a documented experiment → inspect the model and inputs → recompute or replay the supported case → review validation and provenance → export an operator dossier if hardware work is required.
Scope and evidence
The browser panel does not dispatch all nine verbs. Manifest backends are declarations, and mismatched or missing installed kernels disable their instrument routes. The execute handler prepares a no-submit dossier and operator script: it does not contact a QPU or return hardware counts. Hardware submission is a separate operator action.
Local setup and dependencies
Follow the repository workbench guide for the panel and scpn-studio-run CLI. Backend dependencies and device credentials are specific to the chosen experiment; they are not provided by this website.
Availability and access
Documentation and the existing project demos are linked below. The Hub registry marks this integration as coming soon; full hosted execution is not offered here.
Read the project sources
Project overview · All Studios and their roles · Discuss a research or deployment workflow