About
I am a Professor of Philosophy at the University of Idaho. My work is situated at the intersections of cognitive science, philosophy, complex systems, and computational modeling. I am particularly interested in how scientists use diverse modeling techniques to understand the impacts of determinants of belief formation on complex biological and social phenomena.
My research explores questions about standards of evidence and their connections to opinion dynamics. I often use agent-based models and network theory as methodological tools, as well as survey studies. I am highly collaborative and interdisciplinary; my preference is to focus on questions that interest me rather than worry about disciplinary boundaries.
More recently, my work has expanded into analogy and metaphor as windows into human cognition and AI limitations. The MARC project (Metaphor Abstraction and Reasoning Corpus) uses community-created puzzles to probe what humans can do that AI systems cannot, and doubles as a tool for teaching AI literacy and ethics. I have also been investigating standards of evidence across political and scientific domains, and the philosophical and ethical dimensions of large language models and generative AI.
Research Areas
Opinion Dynamics & Social Epistemology
Modeling how beliefs form and spread through populations. Work on the preference for belief, echo chambers, reflective equilibrium, and how network structure shapes collective knowledge production.
Disease-Behavior Models
Computational models linking behavioral responses to epidemic dynamics. Research on risk tolerance, vaccination attitudes, and how transient prophylaxis drives epidemic waves.
Standards of Evidence
Investigating how individuals assess and gather evidence across scientific and political domains, including the effects of ideology and cognitive reflection on evidence-seeking behavior.
Analogy, Metaphor & AI Benchmarking
The MARC project explores how metaphorical reasoning reveals fundamental gaps between human and artificial intelligence. This work connects philosophy of language, cognitive science, and AI evaluation.
AI Literacy & Ethics
Building frameworks and tools for understanding generative AI, including its limits, biases, and societal impacts. Developing pedagogical approaches that make AI literacy accessible to non-technical audiences.
MARC: Metaphor Abstraction and Reasoning Corpus
MARC extends François Chollet's Abstraction and Reasoning Corpus (ARC) by pairing visual grid-based puzzles with metaphorical natural language hints. The core insight: humans can leverage metaphors to solve novel puzzles with remarkable ease, while AI systems struggle—exposing a fundamental gap in machine intelligence around fluid reasoning, perspective-shifting, and genuine understanding.
What MARC enables
Research. MARC provides a platform for studying how metaphorical reasoning works in humans and where it breaks down in AI. Each puzzle probes intentionality, agency, and the capacity for analogical thinking—capacities that remain beyond current AI systems.
AI Literacy & Ethics. Because anyone can create a MARC puzzle, it democratizes AI benchmarking. Students and non-specialists can directly engage with the question of what makes human intelligence distinctive, without needing technical training. The project serves as a teaching tool for critical thinking about AI capabilities and limitations.
Community. MARC puzzles are community-created and community-driven. Campus competitions and open submission foster broad participation across disciplines.
Selected Presentations
Most recent first. * Invited ** Peer-reviewed
Selected Publications
For a complete list, see my CV or Google Scholar.
Teaching
Regular Undergraduate Courses
- PHIL 2010: Critical Thinking
- PHIL 2020: Introduction to Symbolic Logic
- Rotating: Decision Theory, Phil Language, Theory of Knowledge, Metaphysics
Seminars & Special Topics
- PHIL 361: Professional Ethics — Generative AI
- PHIL 4040: Rational Choice and Strategic Interactions
Course materials and syllabi are available for current students on the university's learning management system. Prospective students interested in course content can contact me directly via email.