Thermodynamics: Entropy and Violation in George Martin’s A Game of Thrones

This research applies an interdisciplinary method of discussion to read George Martin’s A Game of Thrones, an epic fantasy, under the light of Nancy Katherine Hayles’ theories concerning modern laws of physics and literature. The plot of the novel has prominent intricacy with vulnerability and flightiness of its storyline and characters which remains open to abundant literary interpretations. This article uses thermodynamics to refer to a type of physics concerned with temperature and heat, and their link to energy, entropy and the physical qualities of radiation and matter. The conduct of these quantities is ruled by thermodynamic laws that transfer a perceptible description utilizing quantifiable macroscopic physical features. This research traces them within the system of Westeros, a fictitious continent enduring countless tensions and wars, in which entropy is manifested metaphorically. Martin shows how thermodynamics and entropy function and bring chaos, and bases his fantasy on the violation of scientific laws to epitomize the ontology of physics and give meaning to his imaginary world. Regarding this, the researchers show and conclude how Martin interplays physics and literature to decipher the reality of this chaotic world and propose a realistic framework to see the mechanism of universe in fantasy and reality.