The communication system stands as a pivotal element of artificial satellites. Yet, its average operational lifespan usually spans merely a few years. Cosmic rays pervading space can impair the functionality of semiconductor electronic devices within these communication systems. Nevertheless, the 'Qingniao' atomic-layer semiconductor radiation-hardened RF communication system, crafted by the research team led by Peng Zhou and Shunli Ma from Fudan University, has dramatically enhanced the theoretical in-orbit longevity of satellite communication systems to an astonishing 271 years. Moreover, it has slashed energy consumption to a mere one-fifth of that demanded by traditional solutions and reduced weight to approximately one-tenth of the original. This groundbreaking system is poised to extend the operational lifespan of artificial satellites from roughly 3 years to a remarkable 20 to 30 years.