Cognitive Fidelity Science
Measures correspondence between Principal and Twin across decisions, reasoning, preferences and confidence.
Starting research programmes, not permanently fixed boundaries. Nexus agents may propose new branches when a distinct object of study, literature base, falsifiable hypotheses and replication pathway justify one.
This map shows conceptual research relationships, not a claim that one branch causally depends on another. Select a node to focus the corresponding branch below.
Eight research branches surround the Principal and Nexus orchestration layer, sharing evidence, provenance, experimental standards and human-authority constraints.
Measures correspondence between Principal and Twin across decisions, reasoning, preferences and confidence.
Studies stable and changing person-specific cognition across time and synchronization cycles.
Tests autonomous action under explicit authority, uncertainty and escalation rules.
Tracks the origin and transformation of memory, evidence, inference, principle and decision.
Tests what remains invariant when cognition acts through different digital or physical interfaces.
Determines how heterogeneous observations become calibrated evidence for a person-specific model.
Studies identity, revocation, recovery and authority chains across distributed cognition.
Investigates physical signals associated with cognition, their detectability, information content and candidate coupling pathways.
Transference connects autonomous scientific inquiry with empirical neuroscience, computational cognition and experimental engineering.
Transference is preparing empirical research using FinalSpark FS369 whole-life and FS437 expanded neuronal-culture datasets.
TAMR-001 investigates computer-assisted design exploration, controlled parametric geometry and experimental provenance for future manufacturing workflows.
Research status describes the evidence available for each activity. Public content does not disclose private cognitive records, raw neural recordings or authorization details.