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This study marks a significant milestone in quantum physics by achieving a record low temperature of 10 picokelvin for Bose–Einstein condensates aboard China's Tiangong space station. By utilizing optical traps to overcome gravity-induced limitations, researchers have created versatile platforms for precision measurements and quantum simulation that were previously unattainable under microgravity conditions. These advancements open new avenues for fundamental physics research and the development of next-generation quantum technologies in space.