Explores Entropic Mutation Theory's implications for identity and stability in biological and complex systems, suggesting a new perspective.
English: This paper explores the conceptual applications of Entropic Mutation Theory (EMT) as an interpretive framework for systems that maintain identity under continuous transformation. Rather than presenting itself as a predictive theory or a replacement for existing models, EMT proposes a transversal thermodynamic reading: the persistence of any identifiable system—whether biological, informational, or complex—requires continuous work and generates irreversible transformation. The implications of this approach are analyzed within the biology of aging, complex systems, and information theory, arguing that EMT can serve as a unifying lens to understand wear, stability, and the limits of identity conservation in open systems. Español: Este trabajo explora las posibles aplicaciones conceptuales de la Teoría de la Mutación Entrópica (TEM) como marco interpretativo para sistemas que mantienen identidad bajo transformación continua. Sin presentarse como una teoría predictiva ni sustitutiva de modelos existentes, la TEM propone una lectura termodinámica transversal: la persistencia de cualquier sistema identificable —biológico, informacional o complejo— requiere trabajo continuo y genera transformación irreversible. Se analizan implicaciones de este enfoque en biología del envejecimiento, sistemas complejos e información, argumentando que la TEM puede servir como lente unificadora para comprender desgaste, estabilidad y límites de conservación de identidad en sistemas abiertos.
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Alejandro Oscar Gomez Bersano (2026) studied this question.
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