Structural constraints to compare phenomenal experience
J. D\'iaz-Boils, N. Tsuchiya, CM. Signorelli

TL;DR
This paper introduces a mathematical framework based on multilayer network theory to analyze the structure of conscious experiences, revealing that experiences are only partially comparable and challenging assumptions of absolute comparability in consciousness studies.
Contribution
It provides a novel mathematical model for the structure of phenomenal experience, emphasizing partial comparability and structural constraints in experiential comparisons.
Findings
Experiences are only partially comparable, not absolutely.
Multilayer network theory models the relationships among experiences.
Implications for evolution, animal consciousness, and scientific modeling of consciousness.
Abstract
This article defines a partial order structure to study the relationship between levels and contents of conscious subjective experience in a single mathematical set-up. We understand phenomenal structure as extrapolated relationships among experiences, instead of fixed properties of specific experiences. Our mathematical account is based on multilayer network theory. Multilayer theory is a generalization of graph and network theory, widely used in several scientific domains. This structure is also the underlying conceptual and mathematical structure of most current models of conscious experience. From our simple set of assumptions, yet rigorous analysis, we conclude that assuming the comparison and quantification among phenomenal experiences yield only partial comparison, rather than commonly assumed absolute comparability. This has implications for evolutionary and animal…
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Taxonomy
TopicsColor perception and design
MethodsSparse Evolutionary Training
