Engineering prototype based on the study of extremophiles

IF 0.5 Q3 SOCIAL SCIENCES, INTERDISCIPLINARY
Adrian David Hauser
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引用次数: 0

Abstract

This paper discusses engineering options for understanding how extremophile organisms might shed light on the possibilities of life on other planets.  The study of extremophiles is responsible for the life that can exist in highly hostile environments on Earth, such as volcanoes, arid deserts, or domains with high salt concentrations. Engineering could be the essential tool to know unexpected life scenarios so that developments in this sense are proposed.  The proposed prototype is generated from the analysis of extremophiles so that an engineering development suitable for adaptation to complex environments and valuable for the best human living conditions is possible. The main results show that a design with these characteristics presents more advantages than other technologies.
基于极端微生物研究的工程原型
本文讨论了了解极端微生物如何揭示其他行星上生命的可能性的工程选择。对极端微生物的研究是在地球上高度恶劣的环境中生存的生命,比如火山、干旱的沙漠或高盐浓度的地区。工程学可能是了解意想不到的生活场景的基本工具,因此在这个意义上提出了发展。提出的原型是通过对极端微生物的分析产生的,因此适合适应复杂环境的工程开发和对人类最佳生活条件的价值是可能的。主要结果表明,具有这些特性的设计比其他技术更具优势。
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来源期刊
Athenea Digital
Athenea Digital SOCIAL SCIENCES, INTERDISCIPLINARY-
CiteScore
0.80
自引率
0.00%
发文量
41
审稿时长
30 weeks
期刊介绍: Ahora que el fenómeno de la disciplinarización institucional está cada vez más marcado, Athenea Digital promueve la reflexión interdisciplinar en la tradición de las ciencias humanas y sociales. La revista aborda los fenómenos sociales contemporáneos en sus múltiples dimensiones (política, económica, cultural, comunicacional...) y valora la reflexión rigurosa sobre la articulación entre los diferentes dominios de la actividad humana. El principal objetivo de la revista es potenciar el diálogo y la innovación en los estudios sociales y culturales.
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