Relativity of Time and Life through the TQC_NMSI Concept

Abstract This article introduces a novel interpretation of time and life processes based on the TQC_NMSI framework (Twin Quantum Computing – New Subquantum Informational Mechanics). The classical conception of time as a linear, unidirectional quantity is replaced by a model in which time emerges from coupled oscillatory cycles embedded in subquantum information fields. This allows biological and non-biological systems to be described in terms of internal logic clocks operating at various frequencies. The paper outlines how self-coherent oscillatory loops can encode continuity, identity, and adaptability, leading to the emergence of life and consciousness. Temporal perception is shown to be a derivative property of the resonance between internal and external infobitic clocks. Through analytical examples and derived relations, the study offers a scientific basis for the relativity of time as a computational emergent phenomenon, rather than a fixed background parameter. The implications for biology, artificial intelligence, and system evolution are also briefly discussed.