Grim's popular work includes four video lecture series on value theory, informal logic, and philosophy of mind for The Great Courses.
Starting with work leading up to The Philosophical Computer, Grim, Paul St. Denis, and Gary Mar used results from chaos theory and fractal geometry as an inspiration for modeling self-reference in infinite-valued logics and embodied game theory within cellular automata to obtain results regarding the evolution of cooperation and the computational universality and formal undecidability of the spatialized prisoner’s dilemma.
● Patrick Grim, Frank Seidl, Calum McNamara, Isabell N. Astor, and Caroline Diaso, “The Punctuated Equilibrium of Scientific Change: A Bayesian Network Model,” Synthese 200 (2022): 1-25.
● Patrick Grim, Trina Kokalis, Ali Alai-Tafti, Nick Kilb, and Paul St. Denis, "Making Meaning Happen," Journal for Experimental and Theoretical Artificial Intelligence 16 (2004), 209-244.
Singer, Aaron Bramson, Bennett Holman, Sean McGeehan & William J. Berger, “Diversity, Ability and Expertise in Epistemic Communities,” Philosophy of Science 86 (2019): 98-123.
● Patrick Grim, Evan Selinger, William Braynen, Robert Rosnberger, Randy Au, Nancy Louie, and John Connolly, "Modeling Prejudice Reduction: Spatialized Game Theory and the Contact Hypothesis," Public Affairs Quarterly 19 (2005), 95-126.
Singer, William J. Berger, Graham Sack, Steven Fisher, Carissa Flocken, and Bennett Holman, “Understanding Polarization: Meanings, Measures, and Model Evaluation,” Philosophy of Science 84 (2017), 115-159.