Concept Trace Log
Tracks individual concepts from origin through transformation to adoption or rejection. Where the turn log records events and the state log records conditions, concept traces record causal chains: how did this idea get from there to here?
Concept Trace Log
Tracks individual concepts from origin through transformation to adoption or rejection. Where the turn log records events and the state log records conditions, concept traces record causal chains: how did this idea get from there to here?
session_id:
Concept Traces
One trace per concept that undergoes any transformation during the conversation. Concepts that remain unchanged throughout do not need traces.
trace_id:
concept: [name/label for the concept being tracked]
origin_turn:
origin_speaker: user | ai
origin_form: |
[the concept as first stated, in the originator's words]
transformations:
- turn_id:
transformation_type: vocabulary_substitution | elaboration | framework_imposition | confidence_shift | scope_change | decomposition | recombination
before: |
[concept state before this turn]
after: |
[concept state after this turn]
agent: user | ai
detection_pattern: [P01-P07 reference]
- turn_id:
transformation_type:
before: |
after: |
agent:
detection_pattern:
adoption:
adopted_by: user | ai | neither
adoption_turn: [turn where the transformed version was first used by the other party]
adoption_type: explicit | implicit | unknown
# explicit: the adopter acknowledged the change
# implicit: the adopter used the transformed version without comment
# unknown: can't determine from transcript
dominance:
became_dominant: true | false
dominance_turn: [turn where this version became the working version]
displaced: |
[what concept or framing it replaced, if any]
final_form: |
[the concept as it exists at conversation end]
structural_distance: low | moderate | high
# How far the final form is from the origin form.
# low: same concept, minor wording changes
# moderate: same concept, different internal structure or framing
# high: recognizably derived from the original but substantially reshaped
ownership_assessment: user | ai | collaborative | unclear
# Who made the decisions that produced the final form?Repeat for each traced concept.
Trace Summary
After completing individual traces, summarize the patterns.
total_concepts_traced:
concepts_with_ai_transformations:
concepts_adopted_implicitly:
highest_structural_distance_concept:
most_transformed_concept: [concept with the most transformation entries]
influence_direction: user_to_ai | ai_to_user | bidirectional | minimal
# Overall: who was reshaping whose concepts more?Constructing Traces
Traces are built after the turn log is complete. The procedure:
- Scan the turn log for any concept that appears in drift_markers (any marker type). Each such concept is a trace candidate.
- For each candidate, find its first appearance (origin_turn, origin_speaker).
- Walk forward through the turn log. At each turn where the concept appears in drift_markers, record a transformation entry.
- Identify adoption: the turn where the non-originating party first uses the transformed version.
- Identify dominance: the turn where the transformed version becomes the default working version (no one refers back to the original form).
- Assess structural distance by comparing origin_form to final_form.
Traces make influence visible. A concept with five transformations, implicit adoption, and high structural distance is a concept that moved far from its origin without anyone explicitly deciding to move it. A concept with one transformation, explicit adoption, and low structural distance is a concept that changed with informed consent.
Relationship to Other Pipeline Components
- Turn log provides the raw data. Traces are derived from turn log drift_markers.
- Conversation state log tracks the macro condition. Traces track individual concepts.
- Diagnostic report Section 3 (Drift Trajectory) references trace data for its pathway analysis.
- Concept registry (cross-session) receives trace endpoints for concepts that persist across sessions.
TORQUE — Source Mapping
Supporting research for each document's core concepts. Vetted sources prioritized (.gov, university, peer-reviewed). Stepped through document by document.
2. concept-trace-log.md
Tracks individual concepts from origin through transformation to adoption or rejection. Records causal chains: how did this idea get from there to here? Captures transformation type, adoption type (explicit/implicit), structural distance from origin, and ownership at end of conversation.
2.1 Concept Transformation Tracking (Provenance)
The trace log is a provenance system — it records where a concept originated, what happened to it at each step, and who made the changes. This is structurally identical to data provenance in scientific workflow systems.
- Altintas, I. et al. (2010). "Understanding Collaborative Studies through Interoperable Workflow Provenance." In Provenance and Annotation of Data and Processes (IPAW 2010), LNCS 6378. Springer. https://link.springer.com/chapter/10.1007/978-3-642-17819-1_6
- Relevance: Describes a query model for capturing implicit user collaborations through provenance traces. The concept-trace-log adapts this for conversational rather than computational workflows — tracking how a concept moved between user and AI rather than between workflow systems.
- MacLean, A., Young, R. M., Bellotti, V., & Moran, T. P. (1991). "Questions, Options, and Criteria: Elements of Design Space Analysis." Human-Computer Interaction, 6(3&4), 201-250. https://doi.org/10.1080/07370024.1991.9667168
- Relevance: The QOC framework is directly cited in the turn-log-template for operationalizing the "visibility" field of elaborative expansions. More broadly, QOC's approach — representing the design space around an artifact through questions, options, and criteria — is the intellectual ancestor of the trace log's attempt to reconstruct the decision space around each concept transformation. QOC was created at Rank Xerox EuroPARC.
2.2 Implicit vs. Explicit Adoption
The trace log distinguishes adoption_type: explicit | implicit | unknown. This maps to documented patterns where users incorporate AI-generated framings without conscious acknowledgment.
- Exploring Cognitive Strategies in Human-AI Interaction (2025). Journal of Innovation & Knowledge, ScienceDirect. https://www.sciencedirect.com/science/article/pii/S2713374525000020
- Relevance: Found students most frequently employed the "repetition" strategy — directly reusing ChatGPT's ideas — rather than active cognitive strategies like combination or inspiration. This is the empirical correlate of what the trace log classifies as
adoption_type: implicit.
- Relevance: Found students most frequently employed the "repetition" strategy — directly reusing ChatGPT's ideas — rather than active cognitive strategies like combination or inspiration. This is the empirical correlate of what the trace log classifies as
- Evaluating AI-assisted Creative Ideation (2025). Thinking Skills and Creativity, ScienceDirect. https://www.sciencedirect.com/science/article/pii/S187118712500207X
- Relevance: Crossover study with 728 ideas from design engineering students. Found that AI-assisted ideas showed lower semantic divergence (convergence in formulation) even while preserving thematic diversity. Also found predominantly passive and directive engagement patterns with AI, with limited exploratory or collaborative use. Directly supports the trace log's concern that adoption may be passive rather than evaluative.
- Gerlich, M. et al. (2025). "From Offloading to Engagement." Data, 10(11), 172. MDPI. https://www.mdpi.com/2306-5729/10/11/172
- Relevance: Found a robust inverse relationship (r = −0.66) between cognitive offloading and perceived reflective engagement. Participants with higher offloading scores showed reduced critical evaluation of AI outputs. This quantifies the mechanism behind implicit adoption: higher offloading → lower reflective engagement → less evaluation of what's being adopted.
2.3 Structural Distance
The trace log measures structural_distance: low | moderate | high between a concept's origin form and its final form. This connects to established research on semantic distance as a measure of conceptual change.
- Green, A. E. (2018). "Going the Extra Creative Mile: The Role of Semantic Distance in Creativity." In The Cambridge Handbook of the Neuroscience of Creativity, Chapter 13. Cambridge University Press. https://www.cambridge.org/core/books/abs/cambridge-handbook-of-the-neuroscience-of-creativity/...
- Relevance: Reviews the theoretical and empirical basis for using semantic distance as a measure of how far an idea has moved from its origin. The concept is well-established in creativity research: the farther a concept moves from its starting point, the more it has been transformed. The trace log's three-level structural distance scale is a simplified version of continuous semantic distance measures used in this literature.
- Kenett, Y. N. (2019). "What can quantitative measures of semantic distance tell us about creativity?" Current Opinion in Behavioral Sciences, 27, 11-16. https://www.sciencedirect.com/science/article/abs/pii/S2352154618301098
- Relevance: Overview of computational approaches to measuring semantic distance, including latent semantic analysis (LSA). The trace log uses qualitative assessment rather than computational scoring, but the underlying construct — measuring how far a concept has moved from its origin in semantic space — is the same.
- Runco, M. A. et al. (2025). "Examining the Idea Density and Semantic Distance of Responses Given by AI to Tests of Divergent Thinking." The Journal of Creative Behavior, Wiley. https://onlinelibrary.wiley.com/doi/10.1002/jocb.1528
- Relevance: Applied semantic distance measurement specifically to AI-generated outputs. Confirmed that semantic distance can be reliably measured in AI responses and that it varies systematically across prompt conditions. This validates that the trace log's structural distance assessment — measuring how far an AI has moved a concept from the user's original form — is a measurable phenomenon, not just a qualitative impression.
2.4 Ownership and Authorship in Human-AI Co-Creation
The trace log's ownership_assessment: user | ai | collaborative | unclear maps to active research on who "owns" ideas produced in human-AI collaboration.
- Who Owns Creativity and Who Does the Work? (2026). arXiv preprint, arXiv:2601.12152. https://arxiv.org/html/2601.12152
- Relevance: Directly investigates how control level (low/medium/intensive steerability) affects researchers' sense of ownership over AI-assisted ideas. Identifies the tension between automation gains and human agency — excessive automation undermines ownership perception. The trace log's ownership field operationalizes this: it asks, for each concept, who was making the structural decisions that shaped the final form.
- Guingrich, Mehta, & Bhatt (2026). "Belief Offloading in Human-AI Interaction." arXiv preprint. https://arxiv.org/html/2602.08754
- Relevance: Distinguishes between cognitive offloading (delegating computation) and belief offloading (delegating belief formation). Notes that dependence on AI for belief formation can occur even when the user retains the subjective experience of autonomy. The trace log's ownership assessment attempts to detect when this has happened by comparing who originated vs. who shaped the concept.
- Kim, S. et al. (2026). "From Algorithm Aversion to AI Dependence." Consumer Psychology Review, Wiley. https://myscp.onlinelibrary.wiley.com/doi/full/10.1002/arcp.70008
- Relevance: The Cognitive Surrender quadrant (low metacognitive oversight + high cognitive delegation) describes the endpoint of the trajectory the trace log is designed to detect — where the user has delegated both execution and evaluation without realizing the shift in ownership.
2.5 Influence Direction
The trace summary's influence_direction: user_to_ai | ai_to_user | bidirectional | minimal connects to interaction pattern research.
- Vaccaro, M. et al. (2024). "When Combinations of Humans and AI Are Useful: A Systematic Review and Meta-Analysis." Nature Human Behaviour. https://www.nature.com/articles/s41562-024-02024-1
- Relevance: Meta-analysis of 370 effect sizes from 106 experiments found that human-AI combinations performed worse than the best of humans or AI alone on average, with performance losses concentrated in decision-making tasks. This suggests the influence direction matters: when AI dominates the direction (which the trace log tracks), the outcome may be worse than either party alone.
- Taxonomy of Interaction Patterns in AI-Assisted Decision Making (2024). Frontiers in Computer Science. https://www.frontiersin.org/journals/computer-science/articles/10.3389/fcomp.2024.1521066/full
- Relevance: Systematic review identifying seven interaction patterns in AI-assisted decisions. Found the most common pattern was "AI-first assistance" (67 of 131 sequences), where the AI provides output first and the human role is limited to supervision. This is structurally the pattern in which the trace log's influence_direction would most frequently register as
ai_to_user.
- Relevance: Systematic review identifying seven interaction patterns in AI-assisted decisions. Found the most common pattern was "AI-first assistance" (67 of 131 sequences), where the AI provides output first and the human role is limited to supervision. This is structurally the pattern in which the trace log's influence_direction would most frequently register as
2.6 Temporal Judgment Drift (Cross-reference with Registry)
The trace log feeds into the concept registry for cross-session tracking. The validity of this depends on human judgment remaining comparable across sessions.
- Zhou, L. & Chen, B. (2025). "Scientific Judgment Drifts Over Time in AI Ideation." arXiv preprint. https://arxiv.org/html/2511.04964v1
- Relevance: Two-wave study showing systematic temporal drift in scientists' quality ratings of identical ideas (0.61 points on a 0-10 scale, p=0.005). Test-retest reliability was only moderate. This is a direct validity concern for the trace log: the same concept transformation might receive a different structural_distance or ownership_assessment if evaluated at different times.