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Chromatic Complementary Adaptation (CCA) for the Exploration of Exoplanetary Life

机译:彩色互补适应(CCA)探索外部生命

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The purpose of our research is develop an astrobiological model of possible living processes on exoplanets. Imitations of exoplanetary systems have significant theoretical and practical value. Modeling in astrobiology involves: Selection of exoplanets suitable for the origin of life; Theoretical modeling of exoplanetary environment with polarization-holography methods; Imitation of stellar spectra and experiments with Chromatic Complementary Adaptation; Laboratory modeling of the ecosystem and alien life. The main problem is the integration of investigations both in astrophysics and biotechnology. We have showed for the first time the possibility and expediency of such approach, for the solution of astrobiological problems.
机译:我们的研究目的是开发出在外产上可能的生活过程的天体毒动脉模型。外部系统系统的模仿具有显着的理论和实用价值。在天体学中的建模涉及:选择适合寿命起源的外产品;极化全息方法的外部环境环境理论建模;模仿恒星光谱和彩色互补适应实验;生态系统和外星生活的实验室建模。主要问题是在天体物理学和生物技术中的研究融合。我们首次表明了这种方法的可能性和权宜之计,用于解决天体毒性问题。

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