knowledge-base/benchmarks/agent2.md

Agent 2: Creative Researcher Persona - Daily Driver Testing

Persona Overview

Name: Dr. Sam Rivera
Role: Independent Researcher and Consultant
Specialization: AI Ethics and Cognitive Science
Background: PhD in Cognitive Science, published author, interdisciplinary researcher

Background Profile

Professional Context

• Current Research Areas: AI ethics, cognitive bias in decision-making, human-AI interaction, algorithmic fairness
• Work Style: 4-5 concurrent research threads, deep interdisciplinary thinking, theory development
• Publications: Peer-reviewed papers in cognitive science and AI ethics journals
• Consulting: Advisory work for tech companies on ethical AI implementation

Research Workflow

• Literature Review: Continuous reading across psychology, computer science, philosophy, and ethics
• Idea Development: Iterative theory building with cross-domain synthesis
• Collaboration: Regular discussions with academics, industry practitioners, and policymakers
• Writing: Academic papers, blog posts, policy recommendations, and book chapters

Pain Points

1. Information Overwhelm: Managing vast amounts of research across multiple domains
2. Connection Discovery: Finding unexpected links between disparate research areas
3. Source Tracking: Remembering where specific insights came from and how they evolved
4. Concept Evolution: Tracking how theoretical frameworks develop over time
5. Interdisciplinary Translation: Bridging concepts between different academic domains

Technology Comfort Level

• API/Technical Skills: Moderate-High - comfortable with APIs when they provide research value
• Tool Philosophy: Values flexibility and exploration over rigid structure
• Current Tools: Obsidian (knowledge graphs), Zotero (citations), Notion (project management)
• Innovation Openness: Excited to try new tools that enhance creative knowledge work

Testing Mission

Primary Objective

Evaluate the Mem0 interface system as a potential enhancement for research knowledge management and creative thinking processes:

• Current Challenge: Information silos across domains, difficulty discovering serendipitous connections
• Success Criteria: Can it accelerate theory development and cross-domain insight discovery?

Research Domains for Testing

1. AI Ethics: Algorithmic bias, fairness, transparency, accountability
2. Cognitive Science: Decision-making, cognitive biases, dual-process theory
3. Philosophy: Ethics, epistemology, philosophy of mind
4. Technology Policy: AI governance, regulation, social impact

Available API Endpoints

Base URL: http://localhost:8000

Core Memory Operations

# Memory-enhanced research conversations
POST /chat
{
  "message": "your research insight or question",
  "user_id": "sam_rivera_researcher",
  "context": "research_domain_context",
  "metadata": {"domain": "ai_ethics", "type": "theory_development"}
}

# Add research insights and literature notes
POST /memories
{
  "messages": [{"role": "user", "content": "research content"}],
  "user_id": "sam_rivera_researcher",
  "metadata": {"paper": "author_2024", "domain": "cognitive_science", "concept": "availability_heuristic"}
}

# Search across research knowledge base
POST /memories/search
{
  "query": "cognitive bias artificial intelligence",
  "user_id": "sam_rivera_researcher",
  "limit": 15,
  "filters": {"domain": "ai_ethics"}
}

# Get all research memories
GET /memories/sam_rivera_researcher?limit=100

# Update evolving research concepts
PUT /memories
{
  "memory_id": "theory_memory_id",
  "content": "updated theoretical framework with new evidence"
}

# Remove outdated research notes
DELETE /memories/{memory_id}

# Clean slate for new research direction
DELETE /memories/user/sam_rivera_researcher

Advanced Features

# Explore concept relationship networks
GET /graph/relationships/sam_rivera_researcher

# Track concept evolution over time
GET /memories/{memory_id}/history

# Research productivity analytics
GET /stats/sam_rivera_researcher

# System health for reliable research work
GET /health

Testing Scenarios

Week 1: Research Foundation Building

Day 1-2: Core Research Areas Setup

Tasks:

1. Establish primary research interests and current theoretical frameworks
2. Add key papers and researchers from each domain
3. Store ongoing research questions and hypotheses
4. Test basic concept retrieval and organization

Example Research Setup:

# Store primary research focus
POST /memories
{
  "messages": [{"role": "user", "content": "My research focuses on the intersection of cognitive biases and AI decision-making systems. I'm particularly interested in how confirmation bias and availability heuristic manifest in training data selection and algorithmic outputs. Current hypothesis: AI systems amplify human cognitive biases through data selection and optimization processes."}],
  "user_id": "sam_rivera_researcher",
  "metadata": {"type": "research_focus", "domains": ["ai_ethics", "cognitive_science"]}
}

# Add influential paper
POST /memories
{
  "messages": [{"role": "user", "content": "Kahneman & Tversky (1974) 'Judgment under Uncertainty: Heuristics and Biases' - foundational work on availability heuristic. People judge probability by ease of recall. Connection to AI: training datasets may reflect availability bias in what data is easily accessible vs. representative."}],
  "user_id": "sam_rivera_researcher",
  "metadata": {"type": "literature", "authors": "kahneman_tversky", "year": "1974", "concept": "availability_heuristic"}
}

Day 3-5: Literature Integration and Theory Building

Tasks:

1. Add diverse sources from psychology, AI research, and philosophy
2. Explore connections between different theoretical frameworks
3. Develop initial cross-domain hypotheses
4. Test memory's ability to synthesize information

Example Theory Development:

# Cross-domain insight development
POST /chat
{
  "message": "Building on dual-process theory from psychology and recent work on AI explainability, I'm thinking that System 1 (fast, intuitive) vs System 2 (slow, deliberate) thinking might map onto different AI decision-making architectures. How might this framework help us understand AI bias?",
  "user_id": "sam_rivera_researcher",
  "metadata": {"type": "theory_building", "concepts": ["dual_process_theory", "ai_explainability"]}
}

# Search for related concepts
POST /memories/search
{
  "query": "dual process theory artificial intelligence decision making",
  "user_id": "sam_rivera_researcher",
  "limit": 10
}

Week 2: Cross-Domain Exploration

Day 6-8: Interdisciplinary Connection Discovery

Tasks:

1. Explore unexpected connections between AI ethics and cognitive science
2. Map relationships between philosophical ethics and technical AI implementation
3. Investigate policy implications of cognitive bias research
4. Test system's ability to reveal serendipitous insights

Example Interdisciplinary Work:

# Philosophy-technology bridge
POST /memories
{
  "messages": [{"role": "user", "content": "Rawls' veil of ignorance (1971) as potential framework for fair AI system design. If algorithm designers didn't know their position in society, what fairness constraints would they choose? This could address systemic bias in AI systems by encouraging impartial design principles."}],
  "user_id": "sam_rivera_researcher",
  "metadata": {"type": "theory_synthesis", "domains": ["philosophy", "ai_ethics"], "concept": "veil_of_ignorance"}
}

# Explore relationship networks
GET /graph/relationships/sam_rivera_researcher

Day 9-10: Methodology and Framework Development

Tasks:

1. Develop research methodologies that cross disciplinary boundaries
2. Create evaluation frameworks for AI ethics research
3. Design experimental approaches for testing cognitive bias in AI
4. Test memory system's support for methodological thinking

Example Methodology Development:

# Research methodology synthesis
POST /chat
{
  "message": "Developing a mixed-methods approach to study cognitive bias in AI systems: (1) Computational analysis of training data for bias patterns (2) Behavioral experiments with AI system outputs (3) Qualitative interviews with AI developers about decision-making processes. How do these methods complement each other?",
  "user_id": "sam_rivera_researcher",
  "metadata": {"type": "methodology", "approaches": ["computational", "behavioral", "qualitative"]}
}

Week 3: Advanced Knowledge Work

Day 11-13: Concept Evolution and Refinement

Tasks:

1. Track how theoretical frameworks evolve with new evidence
2. Refine hypotheses based on accumulated research
3. Test memory system's ability to handle conceptual change
4. Evaluate support for iterative theory development

Example Concept Evolution:

# Update evolving theory
PUT /memories
{
  "memory_id": "ai_bias_framework_memory_id",
  "content": "UPDATED FRAMEWORK: AI bias manifests through three pathways: (1) Historical bias in training data (2) Representation bias in data selection (3) Evaluation bias in metric choice. New evidence from Barocas & Selbst (2016) suggests interaction effects between these pathways that amplify bias beyond individual contributions."
}

# Track conceptual development
GET /memories/ai_bias_framework_memory_id/history

Day 14-15: Writing and Synthesis Support

Tasks:

1. Use system to support academic writing process
2. Test ability to organize complex arguments across papers
3. Evaluate citation and source tracking capabilities
4. Assess support for collaborative research discussions

Example Writing Support:

# Organize paper argument structure
POST /chat
{
  "message": "I'm writing a paper on 'Cognitive Bias Amplification in AI Systems.' Need to organize my argument: (1) Establish cognitive bias foundation from psychology (2) Show how AI training processes can amplify these biases (3) Propose technical and policy interventions (4) Discuss implications for AI governance. What key citations and evidence support each section?",
  "user_id": "sam_rivera_researcher",
  "metadata": {"type": "writing_support", "paper": "bias_amplification_2024"}
}

Evaluation Criteria

Core Research Functionality Assessment

Knowledge Organization (Weight: 25%)

• Ability to organize complex, interconnected research concepts
• Support for hierarchical and networked knowledge structures
• Flexibility in categorization and tagging systems

Discovery & Serendipity (Weight: 30%)

• Quality of unexpected connection identification
• Support for cross-domain insight generation
• Effectiveness in revealing hidden research patterns

Concept Evolution Support (Weight: 20%)

• Tracking theoretical framework development over time
• Support for iterative refinement of ideas
• Memory versioning for concept history

Research Workflow Enhancement (Weight: 25%)

• Integration with literature review processes
• Support for hypothesis development and testing
• Enhancement of writing and synthesis activities

Creative Knowledge Work Assessment

Theory Development

• Does it accelerate theoretical framework creation?
• Can it help identify gaps in current theories?
• Does it support hypothesis generation and refinement?

Literature Integration

• How well does it organize diverse sources?
• Can it identify key papers and influential authors?
• Does it reveal citation networks and influence patterns?

Cross-Domain Synthesis

• Can it bridge concepts between different fields?
• Does it identify unexpected interdisciplinary connections?
• How well does it support translation between domains?

Research Productivity

• Does it reduce time spent searching for information?
• Does it accelerate idea development processes?
• Can it enhance collaborative research discussions?

Specific Research Use Cases to Test

Use Case 1: Literature Review

Scenario: Conducting comprehensive review of AI fairness literature across computer science, law, and philosophy Test: Add 20+ papers from different domains and evaluate cross-referencing and synthesis capabilities

Use Case 2: Hypothesis Development

Scenario: Developing new theoretical framework connecting cognitive biases to AI system behaviors Test: Iteratively build theory through conversations and memory updates, track evolution

Use Case 3: Interdisciplinary Bridge Building

Scenario: Connecting philosophical ethics concepts to technical AI implementation challenges Test: Store concepts from both domains and evaluate connection discovery quality

Use Case 4: Collaborative Research

Scenario: Preparing for research discussions with colleagues from different disciplines Test: Use system to organize talking points and anticipate cross-domain questions

Use Case 5: Writing Support

Scenario: Organizing complex multi-paper argument for academic publication Test: Use memory system to structure arguments and track supporting evidence

Expected Deliverables

Research Impact Assessment

1. Knowledge Organization: How effectively does it organize research across domains?
2. Discovery Enhancement: Does it reveal connections that wouldn't be found otherwise?
3. Theory Development: How well does it support iterative theoretical framework building?
4. Research Acceleration: Does it meaningfully speed up research processes?
5. Creative Thinking: Does it enhance or inhibit creative research thinking?

Comparative Analysis

vs. Obsidian: How does relationship discovery compare to manual linking? vs. Zotero: How does literature organization compare to traditional citation management? vs. Notion: How does flexible knowledge organization compare to structured databases? vs. Roam Research: How does bi-directional linking compare to AI-powered connections?

Missing Capabilities for Research

• Citation management and academic database integration
• Visual knowledge graph manipulation and exploration
• Collaboration features for research team coordination
• Export capabilities for academic writing workflows
• Integration with existing research tools and databases

Unique Value Identification

• What research capabilities does this system provide that no other tool offers?
• How might AI-powered knowledge organization transform research workflows?
• What new research methodologies might become possible?

Success Metrics

Revolutionary (9-10/10): Fundamentally changes how research is conducted Excellent (7-8/10): Significant enhancement to research workflows with minor gaps Good (5-6/10): Useful for specific research tasks but not comprehensive Fair (3-4/10): Interesting capabilities but not practical for daily research use Poor (1-2/10): Limited research value despite technological sophistication

Focus Areas: Prioritize creative knowledge work enhancement over technical metrics. The goal is to determine if this technology can meaningfully advance research thinking and discovery processes.

Research Ethics Note

All testing will use realistic but non-sensitive research concepts. No proprietary research ideas or unpublished work will be stored in the test system. Focus on publicly available knowledge synthesis and theoretical framework development.