The idea that our reality might be the result of a computational process is gaining traction in scientific circles. Physicist Melvin Vopson from the University of Portsmouth has proposed a new perspective on the nature of gravity through the lens of information physics, suggesting that matter and energy are structured data, while space itself is a network of cells encoding information. According to his model, gravity is not a fundamental force but an emergent phenomenon resulting from the optimization of computational processes: the clustering of matter minimizes the Universe’s informational entropy.
Vopson introduces the concept of the Second Law of Infodynamics, where informational entropy tends to decrease—unlike the thermodynamic tendency for entropy to increase. This, he argues, explains the widespread existence of symmetrical structures throughout the Universe, as they require less information to describe. His theory also suggests that dark matter and dark energy might be consequences of unaccounted-for informational processes, and that black holes could represent regions of maximal information compression.
Despite its originality, the informational universe hypothesis remains speculative. Critics point to the lack of direct evidence for the discreteness of space and unresolved philosophical questions about the nature of any potential “simulator.” Nevertheless, Vopson’s theory opens new possibilities for understanding gravity, quantum mechanics, and the very structure of reality—potentially reshaping science in the future.
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