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2013 - Life is a Cosmic Phenomenon : The 'Search for Water' evolves into the 'Search for Life'

机译:2013年-生命是宇宙现象:“寻找水”演变为“寻找生命”

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The 2013 data from the Kepler Mission gives a current estimate of the number of Earth-like planets in the habitable zone of sun-like stars in the Milky Way Galaxy, as 144 billion. We propose that this estimate has caused a consciousness change in human belief in the probability of life off Earth. This seems to have affected NASA's public statements which are now leaning to the more visionary mission goal of the "Search for Life" rather than the 1975-2012 focus of the "Search for Water". We propose that the first confirmed Earth-like planet, expected to be announced later this year, be called "BORUCKI" in honour of the visionary USA scientist Bill Borucki, the father of the Kepler Mission. We explore the 2013 status of the Hoyle-Wickramasinghe Model of Panspermia, its hypothesis, propositions, experiments and evidence. We use the Karl Popper model for scientific hypotheses(l). Finally we explore Sir Fred Hoyle's vision of a planetary microbe defense system we call the Hoyle Shield. We explore the subsystem components of the shield and assess some options for these components using break-through technologies already available.
机译:开普勒飞行任务(Kepler Mission)2013年的数据给出了对银河系太阳类恒星宜居带中类地球行星的当前估计,为1,440亿个。我们认为,这一估计已导致人类对地球以外生命的机率的意识发生了改变。这似乎影响了NASA的公开声明,这些声明现在倾向于“寻找生命”的更远见的任务目标,而不是1975-2012年“寻找水”的目标。我们建议将第一颗经确认的类地球行星称为“ BORUCKI”,以纪念开普勒任务之父美国有远见的科学家Bill Borucki。我们探讨了Panspermia的Hoyle-Wickramasinghe模型的2013年现状,其假设,命题,实验和证据。我们将卡尔·波普尔模型用于科学假设(l)。最后,我们探讨了Fred Hoyle爵士对我们称之为Hoyle Shield的行星微生物防御系统的愿景。我们探索屏蔽的子系统组件,并使用现有的突破性技术评估这些组件的一些选项。

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