Sustainable Catalyst Scientific Workspace

Lab

Scientific modeling, data analysis, visualization, experiments,
evidence, notebooks, and reproducible computational research.

LAB APP
v0.48.0


Sustainable Catalyst

Lab

v0.163.1.3
LAB / SCIENTIFIC WORKSPACE

Model. Visualize. Test. Record.

Use the active project as a connected scientific workspace. Start with a model or observation, inspect the evidence visually, then preserve the result as a reproducible project record.

Ready
ADVANCED VISUALIZATION / 4D PROJECTION

Multidimensional response field Illustrative

Explore a browser-rendered 4D response surface, vector field, uncertainty envelope, contours, and projected tesseract before opening Graph Studio.

Checking compute v0.153.0 4D computational research workspace runtime
4D x · y · z · w Browser + Python compute Bounded runtime
Projected 4D response field
Move over the field to inspect coordinates
COMPUTE / PARAMETER EXPLORER
Response surface configuration
315 evaluations · 15 bounded requests
X range
Y range
W range
Fixed model parameters
No compute-backed surface has been run yet.
COMPUTE / UNCERTAINTY
Uncertainty, sensitivity & ensemble diagnostics
Ready. Compute runs only on explicit action.
Variable A
Variable B
Variable C
StatusReadyNo analysis executed yet

Monte Carlo intervals, local finite-difference sensitivities, and seed-replication ensembles are modeled diagnostics. They do not establish causality, statistical significance, observed evidence, calibrated forecast skill, or scientific validity. Formal Sobol/Morris analysis remains available in the specialist Sensitivity & Global Uncertainty Analysis Studio.

VIEWS / LINKED SELECTION
Linked Scientific Views & Cross-View Selection
Linked · select a point or diagnostic element
Selection inspector
Source view
No selection
Model / mode
—
X
—
Y
—
W
—
Z / value
—
Parameter snapshot
ParameterValueRole
Select a compute-backed surface point to inspect parameters.
Selection history
  1. No selections yet.
0 pinned selections

Linked selection synchronizes inspection state across the 4D response surface, parameter snapshot, and computed diagnostic views. Diagnostic selections are preserved with their own model identity and are not automatically mapped onto a different response-surface model. Graph Studio handoff transfers the selected state and provenance; it does not assert equivalence, causality, evidence, significance, calibration, or scientific validity.

SCENE / PROVENANCE
4D Scene Persistence, Provenance & Research Object Handoff
Persistence initializing…
Scene record
Scene ID
—
Name
—
Created
—
Updated
—
Saved scenes
0 / 12
Provenance
Model / demo
—
State digest
—
Selections
—
Release
v0.153.0
Object mapping
workspace-snapshot · reference-first
Research-object handoff
Object ID
—
Type
—
Prepared
—
Prepare a canonical workspace-snapshot object, then explicitly hand it to a downstream Lab workspace.

Saved scenes preserve the bounded 4D scene state, computed response surfaces and diagnostics already present in the browser, linked selections, and descriptive provenance. Loading a saved scene does not rerun computation. Research-object handoff is explicit and reference-first; it does not automatically submit to Platform Core or establish evidence, causality, significance, calibration, or scientific validity.

PROJECT / 4D WORKSPACE
4D Computational Research Workspace
v0.153.0server-backed project assets
Workspace initializing…
Workspace asset
Asset ID
—
Title
—
Status
—
Revision
—
Parent
—
Updated
—
Computational binding
Scene digest
—
Compute refs
0
Project assets
0
Storage
checking
Server assets
checking
Lineage

No lineage loaded.

Descriptive comparison

Choose two assets to compare their latest saved scene state.

Project workspace assets preserve scenes, compute-result references, immutable revisions, fork lineage, and descriptive comparisons. Loading an asset does not rerun computation. Comparisons do not establish evidence, causality, statistical significance, calibration, forecast skill, or scientific validity.

PROJECT / PROTOCOL + NOTEBOOK
Reproducible Protocol & Computational Notebook Workspace
v0.154.0protocol + notebook persistence
Workspace initializing…
Storage: checking
Reproducible protocol
No protocol selected.
Computational notebook
0 cells · 0 workspace refs · 0 compute refs

No draft cells yet.

No notebook selected.
Reproduction manifest
No manifest generated.
{}

Notebook compute cells are registered-method specifications executed only on explicit action through the governed Python Compute Core. Arbitrary code execution is not enabled. Protocols, notebook revisions, result references, and reproduction manifests preserve declared computational state; they do not establish evidence, causality, statistical significance, calibration, forecast skill, or scientific validity.

Peak response2.48relative illustrative units
W hyperslice0.37active 4D slice
Field density31×31browser sampling grid
Layers5surface · vector · uncertainty · contour · polytope

The front door supports bounded browser-rendered demonstrations, explicit Python Compute Core response-surface runs across user-selected X, Y and W parameters, and opt-in uncertainty, sensitivity, and seed-replication ensemble diagnostics. Illustrative browser-rendered response field. Saved project figures and governed research outputs remain distinct from this landing visualization.

PROJECT / FIGURES

Recent scientific figures

PROJECT / WORK

Active scientific work

LIVE / SIGNALSScientific signalsEarth, space, marine and scholarly observations
Scientific signals load when this drawer is opened or refreshed.
TOOLS / SPECIALISTScientific tool libraryChemistry, physics, biology, Earth systems, energy and engineering tools
PROJECT / TRACETraceability and recent activitySources → observations → evidence → models → experiments → decisions

Traceability map

Recent activity

SCIENTIFIC/RECORD

Scientific record


LAB / 0.163.1.2 · SPECIALIST WORKSPACES

Continue from the 4D front door into the specialist research environment.

The 4D visualization and Scientific signals remain visible above. Open one specialist workspace at a time here.

Overview · discovering workspaces

LAB / SPECIALIST WORKSPACES

Choose the research surface for the next step.

Front door retained · specialist state preserved
Methods & governance
Module-specific scientific boundaries appear here when a workspace is open. Existing Lab governance and human-authorization rules remain unchanged.
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