Research demonstrates advanced AI supercomputing satellites for real-time data and energy management in deep space, suggesting improved operational safety.
AI Super Synchronous Satellite adopts tortoise shell bionic physical structure, and its outer body shell is made of high-performance perovskite ceramic composite material, which owns ultra-high hardness, heat resistance, radiation resistance and cosmic space extreme environment adaptability.Equipped with 1 billion vector-level pixel perception system and stable 10G high-frequency signal operation frequency, it realizes full-space ultra-precise sensing, real-time data locking and rapid information transmission.The power system adopts field domain drive power technology, abandoning traditional fuel and mechanical power modes, with stronger thrust, lower energy consumption and longer service life.It is dual-powered by super energy photovoltaic power generation technology and AI electromagnetic wave power generation technology, achieving all-weather uninterrupted energy supply, absorbing full-spectrum light energy and space ambient electromagnetic wave energy for continuous energy conversion and self-supply.Built-in ancient space-time prediction model technology, it can pre-judge space meteorological changes, space debris impact, cosmic ray impact and various destructive risks in advance, automatically adjust satellite posture, adjust operation track and activate defense mechanism, effectively avoid all kinds of external damage threats, and realize long-term stable safe operation of synchronous satellites in deep space.
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Wanjin Huang (2026) studied this question.
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