Analytical & Machine Learning Bias

The technological layer of the GoDataX Human 7 instrument: the Data Warehouse star schema, the Human Knowledge Graph, graph machine-learning models, and the end-to-end logical architecture

Analytical & Machine Learning Bias

Data Warehouse, the Analytical Bias

Nothing happens without a sufficient reason.

— Leibniz, Principle of Sufficient Reason

All of the below, psychometric scores, cardiac-coherence windows, septenary levels, chakras, and the Five Ways, converge into a unified Data Warehouse designed as a multidimensional analytical environment. Rather than simply storing data, the GoDataX Human 7 Data Warehouse integrates, structures, and relates heterogeneous sources across psychological, physiological, metaphysical, and energetic dimensions, enabling historical analysis, cross-dimensional correlations, pattern discovery, and deeper interpretation of human states. This architecture provides a consistent analytical foundation in which measurable scientific indicators remain distinguishable from philosophical and energetic interpretative models, while still allowing them to be explored together within the same metaphysical framework.

GoDataX Human 7 Data Warehouse star schema: GDX_CC_* source/operational tables feeding DW_FACT_CC_HRV_WINDOW, DW_FACT_PSY_ITEM_RESPONSE and DW_FACT_PSY_VARIABLE_RESULT fact tables, surrounded by DW_DIM_DATE, DW_DIM_DEVICE, DW_DIM_SESSION, DW_DIM_PERSON, DW_DIM_ITEM, DW_DIM_INSTRUMENT, DW_DIM_VARIABLE, DW_DIM_CONSTRUCT, DW_DIM_SEPTENARY_LEVEL, DW_DIM_FIVE_WAY and DW_DIM_CHAKRA dimension tables
The GoDataX Human 7 Data Warehouse: source/operational GDX_CC_* tables feeding a star schema of fact and dimension tables.
Human Knowledge Graph visualization
The Human Knowledge Graph: 55 relational tables as nodes, 70 foreign keys as edges.

We know a thing fully only when we know its causes.

— Aristotle, Physics, II.3

GoDataX Human 7 LLM chatbot interface, with the 'Ask anything' field and the product description
The knowledge graph is surfaced to end users through an LLM chatbot.

The knowledge graph opens the door to two graph-native machine-learning passes over the same 55 nodes / 70 edges, scoped below with the Data Science Workflow Canvas (GDX_STRATEGIC_DISCOVERY).

Title: Machine Learning (Model 1), Link PredictionSuggesting missing septenary-level mappings from the knowledge graph
1Problem Statement

Most psychometric variables in the graph already have a VARIABLE→LEVEL mapping, but every new variable added lands as “UNKNOWN” and reviewing each one by hand against all 7 septenary levels doesn’t scale.

2Outcomes/Predictions

For every “UNKNOWN” VARIABLE node, a ranked top‑3 list of candidate SEPTENARY_LEVEL targets with scores, not a single hard label.

3Data Acquisition

The Human 7 knowledge graph itself: 55 relational tables as nodes, 70 foreign keys as edges, with the existing VARIABLE→LEVEL mappings as ground-truth positives.

4Modeling

Neo4j GDS FastRP node embeddings (each node → a vector encoding its neighborhood) feed a classifier trained on existing mappings as positives vs. sampled non-edges as negatives.

5Model Evaluation

Cross-validate against the existing labeled mappings and surface only high-confidence predictions. Treated as a triage aid that ranks candidates for human review, not a classifier that replaces the judgment call.

6Data Preparation

Build FastRP embeddings for every VARIABLE and SEPTENARY_LEVEL node, then assemble the positive/sampled-negative edge training set from the existing mapping table.

✅ Activation: Problem Statement → Data Acquisition → Data Prep → Modeling → Outcomes/Preds → Model Eval → Human Review (the accepted suggestion is added to knowledge.js with justification, the model suggests, a person decides).

I know that I know nothing.

— Socrates (in Plato), traditional formulation of the Socratic method

Title: Machine Learning (Model 2), Community DetectionDo structural clusters agree with the septenary / chakra framework?
1Problem Statement

The septenary/chakra level assignments were built by hand, one mapping decision at a time. Is there any independent, structural evidence in the graph itself that those groupings hold together?

2Outcomes/Predictions

No target label is predicted. The output is an unsupervised grouping of nodes into structural communities, to be compared visually against the existing septenary/chakra level colors.

3Data Acquisition

The same Human 7 knowledge graph as Model 1 (55 nodes, 70 edges), this pass runs with no labels used, so no mapping table is pulled in as training data.

4Modeling

Neo4j GDS Louvain community detection: unsupervised, modularity-based clustering that groups densely-connected nodes into communities (Community X · Y · Z…).

5Model Evaluation

Match, a community that is one solid level/chakra color supports that part of the interpretive mapping. Mismatch, a community spanning two levels, or a level split across two communities, is a prompt to revisit the construct definitions, not proof the framework is wrong. Clusters are structural, not causal.

6Data Preparation

Reuse the same graph projection built for Model 1; no positive/negative edge sampling is needed since Louvain runs unsupervised on graph structure alone.

✅ Activation: Problem Statement → Data Acquisition → Data Prep → Modeling → Outcomes/Preds → Model Eval, then color the resulting communities by septenary/chakra level and read off matches vs. mismatches.

Both canvases: GDX_HUMAN/10_gdx_machine_learning, see Septenary_Link_Prediction_and_Community_Detection.md for full detail.

Logical Architecture

End to end, the pipeline runs: SPSS psychometric analysis → load into the relational database → project into the knowledge graph → cross-reference with cardiac coherence, the septenary constitution, the Five Ways, and the chakras → surface through an LLM chatbot.

GoDataX Human 7 logical architecture: end-to-end pipeline from SPSS psychometric analysis through the relational database, the knowledge graph, cross-referencing with cardiac coherence, the septenary constitution, the Five Ways and the chakras, surfaced through an LLM chatbot
The GoDataX Human 7 logical architecture, end to end.

This is an excerpt covering the analytical and machine-learning bias of the instrument. Read the full article, GoDataX Human 7: A Multidimensional Measuring Instrument for Human Evolution, for the psychological, physiological, metaphysical, philosophical, energetic and remaining sections.

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Workshop 1: Beyond the Labyrinth
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Workshop 1: Beyond the Labyrinth

An introduction to the GoDataX Human 7 framework: a journey through psychometrics, physiology, consciousness, and metaphysics, with clear ethical and scientific boundaries between evidence and interpretation.

Origin & ArchitecturePsychometricsCardiac CoherenceTrivium & QuadriviumExplainable AI
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Workshop 2: Laboratory
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Workshop 2: Laboratory

Hands-on: building a complete case study, from the research protocol to interpretive mappings, data architecture, and the final report.

Research ProtocolPsychometric LayerQuadriviumData & AIFinal Report
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Beyond the Labyrinth, book cover
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Beyond the Labyrinth

From Metrics to Metaphysics: the awakening of a new science. The complete conceptual foundation of GoDataX Human 7, the same content delivered across both workshops, in book form.

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