Technology
Technical Specifications of The ESAP Project
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Technical Specifications of The ESAP Project
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Faster-than-light communication network based on Feedscatteron, connecting ground and sky
"I was curious why there are no stars in the sky anymore. Then I'll just make a star myself." —— AptS:1549
On March 14, 2023, 1549 voluntarily participated in the satellite project, becoming an observer in orbit. This day was designated as "Starwarden Day".
"It is said that 'people' ten thousand years ago used to pray to things called stars." Now, people can make wishes upon this artificial star.
Feedscatteron communication utilizes the quantum entanglement properties of Feedscatteron to achieve faster-than-light information transmission:
| Feature | Traditional Communication | Feedscatteron Communication |
|---|---|---|
| Transmission Speed | Light speed (3×10⁸ m/s) | Faster-than-light (3.471×10²¹ m/s) |
| Latency | Noticeable (e.g., Earth-Moon 1.3s) | Near-zero |
| Interference Resistance | Susceptible to electromagnetic interference | Interference-free |
| Security | Can be intercepted | Absolute security |
| Coverage | Limited by relay stations | Global with no dead zones |
The satellite network serves as relay nodes, enabling global-scale Feedscatteron communication:
Real-time communication among ESAP core members:
The satellite project is not merely a technical endeavor, but a symbol filled with hope:
"Make a wish upon that satellite, pray to that satellite, pray to that satellite..."
"There are no stars in the sky, but we made one."
This is not just a triumph of technology, but the continuation of hope. Even having lost the natural starry sky, humans and synthetics can still create new hope, new light.
Future development directions for the satellite project: