Documentation & getting started
Start with the scientific workflow. Add your AI provider, build a private enhancement stack and choose where to retain your research evidence.
Watch the narrated walkthroughSee the workflow
Follow the r34 SaaS workflow and examine how private layers can override equation implementations, with a recorded Bell study and retained equation-level test evidence. Use the chapters to find a step, or read the complete transcript.
Recorded r34 SaaS walkthrough · Narrated · English captions
Actual r34 interface and retained equation-override test evidence, with scripted AI responses and real numerical execution. Storage setup is shown.
Choose a deployment path
See the workflow first: watch the narrated r34 SaaS demo .
Run the PF application in your own environment. Install the dependencies for your selected scientific workflows, configure your AI credentials and open the local research workbench.
Use an institution- or operator-managed PF deployment. Enable the AI assistant, configure approved provider access and choose managed storage or an optional personal destination.
You need access to a PF Simulation application package or an existing hosted workbench. This public site provides documentation and examples; it does not run the research application in your browser.
Guides from the r34 package
Select a guide to read it here. Each guide includes a table of contents, a formatted download and a print-friendly view.
Evidence inspection, proposals, private source layers and numerical validation.
r34 workflow guide · Read guidePersonal API credentials, supported providers and credential handling.
r34 guide · Read guideS3-compatible storage, NAS connector, migrations and recovery.
r34 guide · Read guideContinue intact investigations, remove attachments and retry cleanup.
Corrected r34 guide · Read guideVacuum BSSN, gauge waves, convergence and the solver’s bounded scope.
Scientific method guide · Read guideProtocol, component and channel models with declared assumptions.
Scientific workflow guide · Read guideConnect numerical fields to mission and photon-link studies.
Scientific workflow guide · Read guideCompanion studies, dependencies and lineage contracts.
Integration guide · Read guideCurrent-UTC predictions, coordinate conventions, data validity and replay.
Tracking contract · Read guideMatched-state orbit branches and physical scenario comparisons.
Workflow guide · Read guideQuTiP dynamics, Qiskit Experiments and explicit state/count contracts.
Research guide · Read guideInteger-picosecond CSV replay and optional Swabian recording decoder.
Recorded-data guide · Read guidePinned FMU and bounded licensed MATLAB / Simulink models.
Runtime guide · Read guideImplementation-backed capabilities, requirements and research value.
Website enhancement audit · Read guideConnected research examples
Start with the integration catalogue to understand applicability and required runtimes. Use the new satellite and Aer Gallery bundles to inspect saved inputs, numerical outputs and exact reproduction steps.
The website enhancement review is separate from the release validation below. Read the new validation scope
Core scientific reference
The 223-page core scientific manual covers established workflows, configuration, interpretation and reports. Its edition predates the r34 AI, BYOK and BYOS additions; use the current guides above for those features.
Core manual edition 1.17.0 · r26 · 20 September 2026
Corrected r34 release
All planned checks in the retained corrected-r34 continuation, BYOK and BYOS validation passed with no failures, errors or skips. The final package passed fresh-extraction verification, and 117 audited scientific and supporting files matched the original r34 baseline.
Provider responses were scripted and storage endpoints controlled. Numerical calculations ran in real local subprocesses. This validates the covered application workflows; it does not establish live model accuracy, production load capacity, customer cloud behavior or experimental physics claims.
Read the complete validation report