Addy Pross

Addy Pross

Emeritus Professor, Department of Chemistry; Ben Gurion University of the Negev, Be’er Sheva, Israel

Addy Pross is a professor of chemistry at the Ben Gurion University where he was first appointed in 1973. An expert in chemical reactivity, he proposed the concept of dynamic kinetic stability (DKS) as a distinct stability kind, quite different to thermodynamic stability, and which can assist in bridging between the physical and biological worlds. Pross is of the view that a major challenge facing both the physical and biological sciences is the creation of a unified conceptual framework able to integrate the two material worlds. A central idea in his thinking is that an ahistoric understanding of the origin of life process is the material link that can assist in bringing about that integration.

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Addy Pross received a B.Sc (Honours) and a PhD in Organic Chemistry from Sydney University in 1970, carried out post-doctoral work in London and Jerusalem, before taking up a lectureship in Chemistry at Ben Gurion University of the Negev in 1973, where he is now Professor Emeritus. His research interests are in theoretical organic chemistry and chemical reactivity with current emphasis on systems chemistry and the origin of life. A special focus is on evolutionary theory and recent attempts to formulate a theory that is able to integrate the physical and biological worlds. He has served as a Visiting Professor in a number of universities including NYU Shanghai, Rutgers University, Stanford University, Auckland University and as an ARC Professorial Fellow at Sydney University. He has also served on a variety of editorial boards and academic management committees. Pross has authored 120 papers and reviews, and two books: ‘‘Theoretical and Physical Principles of Organic Reactivity’’, Wiley 1995, and ‘‘What is Life: How Chemistry Becomes Biology’’, 2nd Ed., Oxford, 2016.

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"The physical and biological worlds are two facets of the one material world and a theory of evolution formulated in physical-chemical terms is required to enable their conceptual integration. Theories of evolution formulated in strictly biological terms will impede such a theoretical merging."

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