The Vision for the Future of Asteroid Mining

Authors

  • Yini Song
  • Lingxi Li
  • Yuqing Tang

DOI:

https://doi.org/10.54691/bcpssh.v17i.637

Keywords:

EWM-TOPSIS model, clustering, global equity, asteroid mining

Abstract

In recent years, the contradictions between various energy problems, environmental problems and human development have become more and more intensive, and the imbalance distribution of natural resources in various countries has become severe. In order to address these problems, the concept of asteroid mining came into being, which brings people the hope of obtaining resources from outer space. In this paper, we model global equity in the context of asteroid mining, and ask how people's lives could be improved. What will happen to the fairness of the world? First, in order to build a model to measure global equity, we select some indicators according to Maslow’s Hierarchy of human needs theory, including happy-planet-index, youth employment rate, life expectancy, infant mortality rate, and the proportion of female students to male students in higher education in 2021 of eight zones to construct the EWM-TOPSIS model, results illustrate that UK is the most unfair country and Japan is the fairest country. The equity indexes is classified into three levels, and are used to achieve the clustering of the fairness degree of each country in the world. Second, we describe the current status of asteroid mining, and realize that although the asteroid mining project is developing rapidly at the technical level, there is still a lack of global unified regulation and constraints at the institutional level. On this basis, we design a mature and complete global asteroid mining system, and envision the distribution of the mined resources according to the nature endowments.

Downloads

Download data is not yet available.

References

Gao Jingzhu. How is global justice possible? -- Global governance as a breakthrough point [J]. Foreign Theoretical Trends,2019(08):83-92.

Chengbo Qiu, Yukun Sun, Yamin Wang, Jun Jiang, Xin Chen. Journal of deep space exploration,2019,6(01):63-72.

Space mining is no longer just a dream [J]. Land and Resources,2016(05):58-59.

Qiu Chengbo, Sun Yukun, Wang Yamin, Jiang Jun, Chen Xin. Journal of deep space exploration,2019,6(01):63-72.

Zhang Kefei, Li Huaizhan, WANG Yunjia, Deng Kazhong, Li Changgui, Wang Qianxin, Liu Xinhua, Xie Yaoshe, DUAN Yabo, Yang Yang. Development status, opportunities and challenges of space mining [J]. Journal of China university of mining & technology,2020,49(06):1025-1034.

Li Qiangui, Li Hong, Zhang Leitong. The Research on Legal System of Moon Development[J]. Journal of Beijing University of Aeronautics and Astronautics Social Science Edition. 2011,(4):25-32

Gertsch R E. Asteroid mining[C]. Space resources. Space resources, 1992.

Fan Yahan. Research on the Legal Issues of the Exploration,Development and Use of Asteroid Resource[D]. Beijing: Beijing Institute of Technology, 2021

Shih H S, Shyur H J, Lee E S. An extension of TOPSIS for group decision making[J]. Mathematical & Computer Modelling, 2007, 45(7):801-813.

GAN Langxiong, ZHANG Huaizhi, LU Tiantian, et al. Safety Factors of Water Traffic Based on Entropy Weight Method [J]. China Navigation, 201,44(2):53-58.

Liu Haoran, Tang Shaoliang. Research on the equalization level of basic medical service in Jiangsu Province based on TOPSIS method and Rank-sum Ratio Method [J]. Chinese general practice,2016,19(7):819-823.

Downloads

Published

2022-05-05

How to Cite

Song, Y., Li, L., & Tang, Y. (2022). The Vision for the Future of Asteroid Mining. BCP Social Sciences & Humanities, 17, 140-147. https://doi.org/10.54691/bcpssh.v17i.637