April 23, 2026
Protocol Fiction SIG: How Wile E. Coyote Explains the World
Participants: sachbenny, wwickey, suspencer_nit
The Protocol Fiction SIG held its 13th and final session before a month-long break, examining the Deadspin article 'How Wile E. Coyote Explains the World' as a case study in protocol comedy. The group discussed how the Looney Tunes character and director Chuck Jones's work serve as a lens for understanding reality and meaning-making. Central to the discussion was the concept that physics in simulated or imagined spaces operate differently than in reality—governed by computational demands and conceptual constraints rather than traditional laws.
Participants debated whether the rules extracted from Wile E. Coyote cartoons are fundamental to their comedic structure or rather post-hoc observations useful for sequential storytelling. They explored the distinction between the 'planning/rules' needed to sustain multiple episodes versus those that generate initial humor. The group also connected this discussion to narrative rhythm and the Kuleshov effect, examining how story physics emerge from the properties of different beat sequences (2, 3, or 4 beats) rather than individual scenes. References to computational limits, escape from designed realities, and the detailed texture of actual reality enriched the theoretical framework.
- Laws of physics in simulated spaces reduce to compute/power laws—more imaginative acts demand more computational resources, creating a conceptual gravity that limits change and exploration in imagined realities.
- The 'rules' identified in the Wile E. Coyote article are largely post-hoc constructions useful for sustaining multiple episodes, rather than the foundational rules that make the first episode funny.
- Planning is important while plans are useless—this paradox applies to narrative rules and structures, suggesting rules emerge from necessity rather than precede creation.
- Story physics operate on properties of narrative beat sequences (2 vs. 3 vs. 4 beats), revealing rhythm as a key element distinct from individual scene physics.