The novel implication of light perception and the universe

This research paper proposes a novel framework for reinterpreting the apparent discrepancy between the accepted age of the universe, approximately 13.8 billion years, and the observable diameter of about 93.4 billion light-years. This research argues that it may reflect the interaction between light, observation, and measurement. Building on wave-particle photon or particle photon duality, this paper suggests that light may behave differently depending on whether it is directly measured, with observational conditions influencing its apparent form as wave-like or particle-like. From this perspective, telescopes and measurement environments are not neutral instruments but active components in shaping how cosmic scale is perceived. Our paper further proposes a layered form structure of the universe, in which different strata of reality may produce different effective observations while still obeying local constancy of the speed of light. In this model, the values of 13.8 billion years and 93.4 billion light-years represent distinct observational regimes rather than incompatible facts. Our new framework encourages reconsideration of how measurement, perception, and physical reality are related in cosmology. Our research study concludes that understanding the universe may require not only improved instruments but also a broader conceptual account of how observation participates in the construction of measured.