A Theory of Time, Information, and the Renewal of Existince by Kaveh Dimitri Salahi

Abstract This paper sets out a unified framework for understanding how existence can stay continuous while never simply repeating itself. Its starting point is a plain observation: the same underlying structure can give rise to different outcomes. A pond stays a pond while different stones disturb it; a living species keeps its biology while every child is new; a mind keeps its way of working while each experience changes how the next one is understood. The framework writes this as a single relationship, On = F(S, In, Hn): an outcome depends on thestructure, the new input, and the history already carried by the system. From this principle the paper builds a connected set of original frameworks by the author. The Theory of Time Waves describes time through circular phase movement, reflection, and stable phase structures called time pockets. The SEIR model (Sensory Input, Experience Encoding, Interpretation, Response) describes how an event becomes a personal meaning. The T-T-T principle (Transference, Translation, Transformation) describes how a pattern can continue through a change of form. The Atomic Highway Unified Field Theory (AHUFT) places these processes inside a wider account of existence. A dual-universe cosmology describes a Projected Universe and a Singularity Universe, each with its own system of time, joined through a shared foundation called the canvas. The Great Reset describes a nine-stage cycle of equal expansion, uneven restoration, collapse toward a central nucleus, and renewal. A numerical geometry based on the digital roots of perfect squares, and the mirrored string 14977941, gives the cycle a symbolic arithmetic form. The paper is written in plain language and keeps a strict line between what science has already established, what can be tested now, what still needs equations, and what remains a hypothesis. It closes with a status map of every component, a list of open problems, and a research order for turning the framework into testable physics. As part of this edition, the author's reported position of 14977941 at decimal place 26,502,381 of pi was confirmed by direct computation, and shown to be its first occurrence.....