Human Exploration and Development in the Solar System

W. Mendell
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Abstract

Emergence of ballistic missile technology after World War II enabled human flight into the Earth’s orbit, fueling the imagination of those fascinated with science, technology, exploration, and adventure. The performance of astronauts in the early flights assuaged concerns about the functioning of “the human system” in the absence of the Earth’s gravity. However, researchers in space medicine have observed degradation of crews after longer exposure to the space environment and have developed countermeasures for most of them, although significant challenges remain. With the dawn of the 21st century, well-financed and technically competent commercial entities have begun to provide more affordable alternatives to historically expensive and risk-averse government-funded programs. The growing accessibility to space has encouraged entrepreneurs to pursue plans for potentially autarkic communities beyond the Earth, exploiting natural resources on other worlds. Should such dreams prove to be technically and economically feasible, a new era will open for humanity with concomitant societal issues of a revolutionary nature.
人类在太阳系的探索和发展
第二次世界大战后,弹道导弹技术的出现使人类得以进入地球轨道,激发了那些对科学、技术、探索和冒险着迷的人的想象力。宇航员在早期飞行中的表现减轻了人们对在没有地球引力的情况下“人体系统”功能的担忧。然而,空间医学研究人员已经观察到宇航员在长时间暴露于空间环境后会退化,并为其中大多数人制定了对策,尽管仍存在重大挑战。随着21世纪的到来,资金充足且技术能力强的商业实体开始提供更实惠的替代方案,以取代历史上昂贵且厌恶风险的政府资助项目。越来越多的人可以进入太空,这鼓励了企业家们在地球之外寻求潜在的自给自足社区的计划,开发其他星球的自然资源。如果这些梦想在技术上和经济上被证明是可行的,那么人类将进入一个新的时代,并伴随着具有革命性质的社会问题。
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