- Title Pages
- Title Pages
- Title Pages
- Contributors
- Illustrations
- Tables
- Acknowledgments
-
1 The Problem of Emergence -
Part I Autocatalysis -
2 Autocatalysis in Chemistry and the Origin of Life -
3 Economic Production as Chemistry II -
4 From Chemical to Social Networks -
Part II Early Capitalism and State Formation -
5 The Emergence of Corporate Merchant-Banks in Dugento Tuscany -
6 Transposition and Refunctionality -
7 Country as Global Market -
8 Conflict Displacement and Dual Inclusion in the Construction of Germany -
Part III Communist Transitions -
9 The Politics of Communist Economic Reform -
10 Deviations from Design -
11 The Emergence of the Russian Mobile Telecom Market -
12 Social Sequence Analysis -
Part IV Contemporary Capitalism and Science -
13 Chance, Nécessité, et Naïveté -
14 Organizational and Institutional Genesis -
15 An Open Elite -
16 Academic Laboratories and the Reproduction of Proprietary Science -
17 Why the Valley Went First -
18 Managing the Boundaries of an “Open” Project - Coda
- Index of Authors
- Index of Subjects
Academic Laboratories and the Reproduction of Proprietary Science
Academic Laboratories and the Reproduction of Proprietary Science
Modeling Organizational Rules through Autocatalytic Networks
- Chapter:
- (p.496) 16 Academic Laboratories and the Reproduction of Proprietary Science
- Source:
- The Emergence of Organizations and Markets
- Author(s):
Jeannette A. Colyvas
Spiro Maroulis
- Publisher:
- Princeton University Press
This chapter extends previous work analyzing the origins of academic entrepreneurship at Stanford with an agent-based model that simulates the rise and spread of patenting by research faculty, drawing on archival analysis of divergent approaches taken by different lab directors. In so doing, this chapter builds on the formal model of autocatalysis developed in Chapter 3, which enables this chapter to disentangle competing explanations. The results are quite surprising. Incentives or mimicry alone are less likely to account for academic embrace of patenting, whereas preemptive efforts to preserve scientific autonomy do play a large role. The pursuit of safeguards from commercial co-optation by other researchers has the transformative effect of making the emergence of proprietary science more likely.
Keywords: academic entrepreneurship, agent-based model, patenting, autocatalysis, scientific autonomy, commercial co-optation, proprietary science, Stanford University, autocatalytic networks
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- Title Pages
- Title Pages
- Title Pages
- Contributors
- Illustrations
- Tables
- Acknowledgments
-
1 The Problem of Emergence -
Part I Autocatalysis -
2 Autocatalysis in Chemistry and the Origin of Life -
3 Economic Production as Chemistry II -
4 From Chemical to Social Networks -
Part II Early Capitalism and State Formation -
5 The Emergence of Corporate Merchant-Banks in Dugento Tuscany -
6 Transposition and Refunctionality -
7 Country as Global Market -
8 Conflict Displacement and Dual Inclusion in the Construction of Germany -
Part III Communist Transitions -
9 The Politics of Communist Economic Reform -
10 Deviations from Design -
11 The Emergence of the Russian Mobile Telecom Market -
12 Social Sequence Analysis -
Part IV Contemporary Capitalism and Science -
13 Chance, Nécessité, et Naïveté -
14 Organizational and Institutional Genesis -
15 An Open Elite -
16 Academic Laboratories and the Reproduction of Proprietary Science -
17 Why the Valley Went First -
18 Managing the Boundaries of an “Open” Project - Coda
- Index of Authors
- Index of Subjects