1-10-100

AbstractThis paper proposes a unified engineering approach to the structure of the Universe, challenging the concept of a vacuum-based, chaotic cosmos. By analyzing structural, rotational, and gravitational data, a consistent "1-10-100" scaling principle is identified across various scales—from atomic lattices to galactic superclusters. The paper argues that space is a dense medium, and celestial bodies act as hydrodynamic objects within a global cosmic flow. 1. The Unified Scaling Principle (The 1-10-100 Step)Structural analysis of the Universe reveals a non-random hierarchical standard. Nature replicates the same "blueprint" at every magnitude:Large-Scale Structures: The Sloan Great Wall (filament) measures 1 billion light-years; the Hercules-Corona Borealis Great Wall measures 10 billion light-years; the observable Universe is estimated at 100 billion light-years.Galactic Hierarchy: The distance to the Galactic Center is 25k light-years; the diameter of the Milky Way is 250k light-years; the distance to the Andromeda Galaxy is 2.5 million light-years.Rotational Velocities: Earth’s orbital speed is 29 km/s; the Sun’s galactic orbital speed is 240 km/s; the velocity of S-cluster stars (e.g., S4714) near the galactic center reaches 24,000 km/s.System Dimensions: The radius of Earth/Venus is ~7k km; Jupiter is 70k km; the Sun is 700k km.Gravitational Acceleration (g): Surface gravity on major moons is ~2.5 m/s²; Jupiter is 25 m/s²; the Sun is 250 m/s².