A Novel Theory of Life and Its Implications on Future Robots and AI

Despite our increasing scientific understanding of biological processes, the fundamental nature of life itself remains one of science’s most profound mysteries. While we can easily recognise living things, defining precisely what makes something ‘alive’ has proven remarkably challenging. Dr Yunus Çengel from the University of Nevada is pioneering a radical new way of thinking about life – not as an emergent property that arises from complex chemical systems and passively qualifies matter, but as an ‘agency’ that actively controls and governs matter, much like the laws and forces of physics that govern the physical world as the ‘agency of physics’.

Publication Details

Published
2025-01-01
DOI
https://doi.org/10.33548/scientia1234
Primary Topic
Origins and Evolution of Life
Type
article
Field-Weighted Citation Impact
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A Novel Theory of Life and Its Implications on Future Robots and AI

Origins and Evolution of Life
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A Novel Theory of Life and Its Implications on Future Robots and AI

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Abstract

Despite our increasing scientific understanding of biological processes, the fundamental nature of life itself remains one of science’s most profound mysteries. While we can easily recognise living things, defining precisely what makes something ‘alive’ has proven remarkably challenging. Dr Yunus Çengel from the University of Nevada is pioneering a radical new way of thinking about life – not as an emergent property that arises from complex chemical systems and passively qualifies matter, but as an ‘agency’ that actively controls and governs matter, much like the laws and forces of physics that govern the physical world as the ‘agency of physics’.

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Origins and Evolution of Life
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A Novel Theory of Life and Its Implications on Future Robots and AI · (2025) | TGRS Research Map | TGRS