Comprehension as Purification in Reading

Area of Science:

• Cognitive Science
• Quantum Physics
• Literary Theory

Background:

• Traditional text comprehension research focuses on linguistically expressible aspects.
• Holistic, ineffable comprehension experiences during reading are not well-explained.
• A gap exists between humanities-based literary studies and scientific cognition models.

Purpose of the Study:

• To propose the purification comprehension hypothesis to explain indescribable comprehension.
• To model the reading process using quantum probability theory.
• To bridge scientific and humanistic approaches to reading and cognition.

Main Methods:

• Formulating the purification comprehension hypothesis based on quantum probability.
• Describing the reading process as a state purification.
• Introducing concepts of state dimensionality and von Neumann entropy in comprehension.
• Differentiating between purification and deterministic reading types.

Main Results:

• The proposed model explains how readers achieve coherent, ineffable comprehension.
• The reading process is conceptualized as a purification of the reader's interpretation state.
• Purification increases state dimensionality and decreases von Neumann entropy.
• Two reading types, purification and deterministic, are identified.

Conclusions:

• The purification comprehension hypothesis offers a novel framework for understanding reading.
• The model integrates quantum probability theory with literary comprehension.
• Findings have implications for cognitive models minimizing Shannon entropy and for understanding cognition in other modalities like music and art.