Abstract
This study investigates the nature of time, proposing that it emerges as a property of interactions between living organisms and their environment. The research challenges the conventional view of unified space and time, arguing that significant contradictions arise when applying this framework to phenomena at extremely small scales. It examines the relationship between biological memory, entropy, and physical symmetry, drawing conceptually on Eric Kandel’s research on memory and Ilya Prigogine’s studies on entropy.
This perspective integrates ‘subjective’ and ‘objective’ time into a unified framework through a derived equation.