Applications of Multi-Origin High-Dimensional Geometry

1. Interstellar coordinate system
2. Celestial motion research
3. Interstellar spacecraft trajectory design
4. Optimal design of steel wire ropes (for hoisting, ropeways, bridges, tower cranes)

- Traditional steel wire ropes: Single-strand twisted structure with concentrated stress, prone to strand breakage and torsional rebound.
- New structure:- Stress is dispersed layer by layer, eliminating strand breakage
- Tightens further under tension, with no rebound and no twisting
- A normal strength increase of 30% to 100%
- Significantly extended service life

Copper Wires/Cables/Enameled Wires

- Traditional stranded wires: Simple stranding structure with severe skin effect, uneven resistance and easy fatigue fracture.
- New structure: Hierarchical spiral- More uniform current distribution, lower resistance and less heat generation
- Excellent bending resistance, vibration resistance and ultra-high metal fatigue resistance
- Direct upgrade for high-voltage cables, aviation wires and aerospace cables

Optical Fibers, Communication Cables and Control Cables

- Low interference, high stability, no entanglement and no twisting
- The most geometrically stable structure for long-distance transmission

Aviation Cables, Automotive Wiring Harnesses and Aerospace Cables

New structure:
Lightweight, high-strength, stable, fatigue-resistant, high-temperature resistant and tear-resistant.