Acknowledgements; Preface; 1. The planetary scope of biogenesis; 2. Life on Earth today; 3. The geochemical context for the biosphere; 4. The architecture of metabolism; 5. Higher-level structures; 6. Emergence of the biosphere; 7. The phase transition paradigm for emergence; 8. The nature of the living state; Epilogue. References; Index.
Uniting the foundations of physics and biology, this groundbreaking multidisciplinary and integrative book explores life as a planetary process.
Eric Smith is External Professor at the Santa Fe Institute, Research Professor at George Mason University and Principle Investigator at the Earth-Life Science Institute, Tokyo Institute of Technology. He is a physicist specializing in the origin of life, non-equilibrium systems, economics and the evolution of human languages. Harold J. Morowitz is Clarence J. Robinson Professor of Biology and Natural Philosophy at George Mason University. He was founding director of the Krasnow Institute for Advanced Study at George Mason University, and is Chairman Emeritus of the Science Board at the Santa Fe Institute.
'… the most significant book on the origin of life hitherto
written.' Walter Fontana, Harvard University, Massachusetts
'This is a truly unusual work of scholarship, which offers both
novel perspectives on a huge range of disciplines and a model of
scientific synthesis. This is a remarkable, and remarkably
impressive, book.' Cosma Shalizi, Carnegie Mellon University
'… an exceptionally important, highly original, unique scientific
contribution …' Elbert Branscomb, University of Illinois
'The Origin and Nature of Life on Earth reads more like a
well-executed textbook, one that covers much of what you need to
know to jump in and start researching the origins of life. … For
physicists wishing to dive headfirst into the origin-of-life field,
this book is a great place to start … the book is not merely a
compendium of existing knowledge; it offers genuinely new
perspectives. [The authors] turn scientists' conventional origin
stories on their heads. Rather than focus strictly on the chemical
origin of life, they regard life as a planetary process … they
introduce the idea of life as a 'fourth geosphere' that complements
the other three: the atmosphere, hydrosphere, and lithosphere. In
so doing, they make the problem of the origin of life one that may
be tractable for physicists, and they lay out a possible framework
for how to do it.' Sara I. Walker, Physics Today
'For those interested in an easy-to-follow introduction to this
fascinating topic …' Graham Godfrey, The Biologist
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