Tag: model
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Mathematical Framework: Entropy, Energy Flow, and Time-Space Collapse
1. Introduction This document provides a mathematical foundation for understanding entropy’s role in the dynamics of energy flow and its influence on time-space boundaries. The framework explores the interplay between entropy, energy flow, and the conditions leading to singularity (S=0) and altular (S=1) states. 2. Core Equations Entropy and Energy Flow Relationship: Time-Space Collapse Condition:…
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Model: Energy Flow and the Sustenance of Space-Time
Introduction Energy flow is hypothesized to be the scaffolding that supports the fabric of space-time, maintaining its structure and coherence. This model delves into how energy dynamics interact with gravitational and quantum forces to shape the observable universe. It builds on the foundational Key Question: How Does Energy Flow Sustain Space-Time?. Core Concepts Model Overview…