Articles | Open Access | DOI: https://doi.org/10.37547/tajet/Volume04Issue04-04

SUSTAINABILE PATHWAY BY MANAGING ROBOTS

Rinaldo C. Michelini Di San Martino , DIMEC - University Of Genova – Italy

Abstract

The civilisation is impressive human achievement, with development of social setups and technical spreads, operated by ‹knowledge›, via relational and e manufacture modes. The trails include collective breakthroughs and technology revolutions, leading to amazing progress directly yielded by human intelligence, as if cosmic rationality or godly wisdom originates it. The progress, based on the bounded earth, shall stop due to source lessening and waste piling, unless safe retrieval occurs. The social settings and technical inventions analyses look as if the intelligence leads to creative chances, adding before not existing possibilities: the ‹knowledge› is not just encoding of items or facts to be shared, but also resourceful concept formation. The thought is skill, backing societies and discoveries, and allowing new findings: the artificial intelligence allots parallel talent to synthetic hands/minds. The growth sustainability can follow optimistic leeway: the earth/universe unbalance tells that the former never affects the latte; fitting managing robots can fetch raw resources to earth and remove toxic wastes from it, negligibly upsetting the universe.

Keywords

Relational Mode, Manufacture Mode

References

Michelini R.C., 2008, Knowledge entrepreneurship and sustainable growth, Nova Sci., New York, 2008, p. xviii-325.

Michelini di San Martin R.C., 2009, Robot-age knowledge changeover, Nova Sci., New York, p. xvi-344.

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Michelini R.C., 2012, Society progress evolution: sustainability and responsiveness, Nova Sci. Pub., New York, p. xxxi-418.

Michelini di San Martino R.C., 2016, Cognitive revolution quest: human civilisation prospects, Aracne, Roma, p.xi-775.

Michelini R.C., Rossi L.C, 1967, Synthetic interpretation of the attitude dynamics of spinning satellites under continuous and pulsed torque, Int. J. Meccanica, vol. 3, dec., pp. 256-263.

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Rinaldo C. Michelini Di San Martino. (2022). SUSTAINABILE PATHWAY BY MANAGING ROBOTS. The American Journal of Engineering and Technology, 4(04), 36–57. https://doi.org/10.37547/tajet/Volume04Issue04-04