"TREE OF LIFE THE BEGINNING"

  ​An Information-Based Ontological Framework ​Abstract ​This paper examines the concept of the " Great Mind " as an ontological principle independent of intelligence, cognition, consciousness, matter, or energy. The Great Mind is not a thinking or perceiving entity; rather, it is the core transitional condition that makes information —and thus existence—possible. It cannot be localized in time or space, nor reduced to a beginning or an end. Instead, it persists as a unified informational continuity across the A–B bridge between existence and non-existence, potentiality and realization. In this framework, information is not content but the structural precondition of reality itself. ​1. Introduction: The Need for an Information-Centered Ontology ​Classical scientific approaches tend to reduce consciousness to neurobiological processes or cognitive functions, while philosophical traditions often frame it as a subject-centered phenomenon. Both perspectives struggle to acco...

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A New Ontology of Atom, Information, and Field Introduction: Why Is a New Theory Needed? Modern physics defines the atom and quantum phenomena largely through measurement outcomes. Wave–particle duality , the uncertainty principle , and field theories successfully calculate how nature behaves. However, most of these models explain behavior rather than what something is. This text begins not with behavior, but with ontology . This work starts from the following claim: Matter is not fundamental; information is. The atom is not a combination of particles, but a capsule in which information acquires form within a field. We call this approach Digital Alphabet Theory . 1. Science, Measurement, and the Limits of Models Science does not bring things into existence; it names and models what already exists. Just as days, hours, and seconds are not time itself, atomic models are not the essence of matter. They are reference systems produced by human perception and measurement capacity. Therefore,...

  ​The Real Story Behind Quantum Uncertainty ​Nature is not probabilistic. It is temporally undersampled. ​Science never progresses in a vacuum. Every theory is born inside the limits of its era: the tools available, the resolution achievable, and the language used to describe reality. What we now call “quantum uncertainty” is not a timeless truth about nature, but the visible boundary of how far humanity could see at a specific moment in history. ​This story does not begin with the atom. It begins with motion. ​From Purpose to Force For Aristotle , motion was intentional. Objects moved toward their natural place. The universe was teleological, not mechanical. This worldview survived for centuries because it required no precise measurement—direct observation was enough. ​ Newton shattered this view. Motion became the result of force. The universe transformed into a deterministic machine. Yet this machine still described only what could be seen, touched, and measured directly. ​The...

  Nature is not probabilistic. It is temporally undersampled. 1. Core Claim Quantum uncertainty does not originate from nature itself, but from the measurement system’s temporal and energetic mismatch. Particles are not indeterminate; observation is. 2. Classical Uncertainty Formula Δx · Δp ≥ ħ / 2 This inequality describes a measurement limit, not an ontological one. It reflects the disturbance introduced by observation, not an intrinsic randomness. 3. Deterministic Correction When the interaction between the system and the measuring field is explicitly included, uncertainty becomes a solvable parameter. Δx · Δp = ħ / 2 + ΔG Where ΔG represents the total contribution of the measurement field: temporal resolution, field energy, and sampling distortion. 4. Double-Slit Reinterpreted Interference does not imply particle duality. The particle remains stationary at Planck scale. What propagates is the reference wave. The observed pattern emerges from wave–wave interaction across gaps, n...