
What Can Cephalopod Camouflage Dynamics Tell Us About Perception?
Eryn Sale UT Southwestern Medical Center | Perception is described as the formation of internal representations from sensory input. Whether sensory information is represented differently across species, and whether perceptual experience itself is species-dependent, remain open philosophical questions. I investigate whether conserved latent neural dynamics of perception can be inferred from behavioral motor outputs in cephalopod camouflage, an independently evolved visual system that provides a powerful comparative test case. I ask two fundamental questions: (1) Which algorithms govern camouflage trajectories in chromatophore pattern space? (2) What functional role do observed “slow-points” play in these dynamics? |
Philosophy Mentor TBA | Neuroscience Mentor TBA |