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This conference summary provides an overview of John F. Padgett's book on the emergence of organizations and markets. The book aims to rethink from a social science perspective the concepts of organizational novelty and network evolution. The core theoretical concepts of autocatalysis and multiple networks are explored, along with the potential for further developing the research agenda on organizational novelty and network evolution. The book also delves into the different types of autocatalysis, such as production, biographical, and linguistic autocatalysis, and the role of multiple networks in regulating and catalyzing each other. The concepts of innovation versus invention and revolution are also discussed.
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The Emergence of Organizations and Markets:Theory Overview John F. Padgett conference on book at Radcliffe Institute for Advanced Studies June 30, 2015
Goals of book To rethink from social science perspective: • Novelty especially organizational novelty (a.k.a. “emergence of actors”) • Evolution not of genes or pseudo genes (“memes”) but of networks P.S. Evo-devo is parallel move in biology to make evolution more “networky”
Two core theoretical concepts • Autocatalysis (from Walter Fontana at Santa Fe Institute) • Multiple Networks (from Harrison White at Harvard Sociology)
My own objectives for workshop • How to develop further the organizational novelty/network evolution research agenda? -- potential follow-up venue: new SSRC working group on History and Evolution • How to fill in remaining theoretical gaps between autocatalysis and multiple networks? • More empirical applications?
Autocatalysis • Constructivist networks of transformation/action -- not the usual “networks as pipes” of mere transmission • That reproduce themselves through time, via cycles in topology -- metaphors of body and nose
Autocatalysis (cont.) • Eigen and Schuster originally applied autocatalysis to chemical origins of life, • but we add that their chemical definition of “Life” also applies to • Economy where products are produced and transformed • Social networks where people are produced and transformed • Language where symbols are produced and transformed
Three types of Autocatalysis • Production autocatalysis -- products produced; skills reproduced -- appears in book mostly as models • Biographical autocatalysis -- skills produced; relational protocols reprod. -- appears in book mostly as cases • Linguistic autocatalysis -- conversations produced; symbols reprod. -- appears in book mostly as promissory note
Multiple Networks • Autocatalysis is self-organization/emergence: in effect, network version of “selection” -- in biologists’ sense of relative reproduction -- not economists’ sense of relative efficiency • That alone not evolution, because no generation of variation/novelty • Our theory (really our cases) argue that org. novelty comes from transpositions and recombinations of multiple social networks
Multiple Networks (cont.) • Nice finding in chapter 3 modeling was endogenous emergence of multiple networks -- Durkheim’s “differentiation of domains” -- first model (I know) to do so • Each domain is autocatalytic, but multiple domains function to regulate and to catalyze each other, through shared parts/people -- “regulate” means negative feedback between domains, to smooth perturbations -- “tipping” or “spillover” means positive feedback between domains, to induce new autocatalytic cycles
Innovation versus Invention • Innovation is vertical movement in figure 1 -- through multi-functional nodes and short chains -- social embeddedness“topology of possible” -- innovation per se quite common, but mostly eliminated by autocatalytic reproduction • Invention is horizontal spillover in figure 1 -- not like new product but like new industry • “Revolution” is cascade into more than one domain -- like formation of new multi-functional elite • [Woody will say more]
Outstanding issues/Next steps • No time for me to discuss, but I sent around: (1) Resilience/structural vulnerability (2) Syncretism (3) Modularity (4) Micro mechanisms of network recombination (5) Biography