Liabooks Home|PRISM News
Illustration of China's giant hypergravity device and numerous orbital satellites
TechAI Analysis

China's Giant Hypergravity Machine and 200,000 Satellites Plan

2 min readSource

China accelerates its scientific rise in 2026 with a record-breaking hypergravity machine and a plan to launch 200,000 low-Earth orbit satellites.

200,000 satellites are set to blanket the sky, while a massive machine capable of compressing space-time begins its operation. China is simultaneously pushing the boundaries of physics and orbital dominance, signaling a major shift in the global tech landscape.

China Hypergravity Machine: Bending the Laws of Physics

China is set to break records with a colossal new centrifuge. This machine can spin multi-tonne samples at unmatched intensities, creating a hypergravity environment that simulates conditions found deep within the earth or in extreme aerospace scenarios. According to reports, this facility will allow researchers to observe geological changes that usually take thousands of years in just a few hours.

This isn't just about pure science. The data gathered from these experiments is expected to bolster China's engineering capabilities in dam construction, deep-sea exploration, and nuclear reactor safety. It's a foundational tool for the nation's long-term industrial strategy.

The Satellite Race: Why 200,000 Satellites Matter

In the orbit, the competition is even more crowded. China has applied to launch a staggering 200,000 satellites, a move that directly challenges the dominance of SpaceX's Starlink. This massive constellation plan follows China's previous criticism of Starlink as a collision hazard in low-Earth orbit.

Industry analysts suggest that by claiming these orbital slots, China aims to ensure its own telecommunications sovereignty. The sheer scale of the 200,000 satellite application indicates an intent to build a comprehensive global internet network that operates independently of Western infrastructure.

This content is AI-generated based on source articles. While we strive for accuracy, errors may occur. We recommend verifying with the original source.

Related Articles