Edited by Horst Hanusch, formerly Professor and Chair in Economics, Economic Department, University of Augsburg, Germany and Andreas Pyka, Professor and Chair in Innovation Economics, University of Hohenheim, Germany

• Contents:Introduction Horst Hanusch and Andreas PykaPART I: FROM SCHUMPETER’S UNIVERSAL SOCIAL SCIENCES TO NEO-SCHUMPETERIAN THINKING 1. Schumpeter, Joseph Alois (1883–1950)H. Hanusch and A. Pyka2. Schumpeter’s View on Methodology: Their Source and Their EvolutionM. Perlman3. Schumpeterian Universal Social ScienceY. Shionoya4. The Pillars of Schumpeter’s Economics: Micro, Meso, Macro K. Dopfer5. Reflections on Schumpeter’s ‘Lost’ Seventh Chapter to the Theory of Economic DevelopmentJ.A. Mathews6. ‘Schumpeterian Capitalism’ in Capitalist Development: Toward a Synthesis of Capitalist Development and the ‘Economy as a Whole’Z.J. Acs7. The Neo-Schumpeterian Element in the Sociological Analysis of Innovation M. Weber8. A Schumpeterian Renaissance?C. FreemanPART II: NEO-SCHUMPETERIAN MESO DYNAMICS: THEORY2.1. Essentials of Innovation Processes2.1.1 Entrepreneurship, Firms and Networks9. Neo-Schumpetarian Perspectives in Entreprenurship ResearchT. Grebel10. From a Routine-based to a Knowledge-based View: Towards an Evolutionary Theory of the FirmF. Rahmeyer11. Managing the Process of New Venture Creation: An Integrative PerspectiveM. Gruber12. Technological CollaborationM. Dodgson13. Strategic and Organizational Understanding of Inter-firm Partnerships and NetworksN. Roijakkers and J. Hagedoorn 14. The Models of the Managed and Entrepreneurial EconomiesD. Audretsch and A.R. Thurik2.1.2. Knowledge and Competencies15. Tacit and Codified KnowledgeD. Foray16. Localized Technological ChangeC. Antonelli17. Competencies, Capabilities and the Neo-Schumpeterian TraditionM. Augier and D.J. Teece 18. Firm OrganizationB.J. Loasby19. The Role of Knowledge in the Schumpeterian EconomyE. Helmstädter20. Selection, Learning and Schumpeterian Dynamics: A Conceptual DebateU. Witt and C. Cordes2.1.3. Innovation Processes and Patterns21. Technological Paradigms and TrajectoriesG. Dosi and M. Sylos Labini22. Schumpeterian Patterns of Innovation and Technological RegimesF. Malerba23. Innovation NetworksA. Pyka24. Technological Diffusion: Aspects of Self-Propagation as a Neo-Schumpeterian CharacteristicP. Stoneman2.2. Modelling Industry Dynamics25. Schumpeterian ModellingW. Kwasnicki26. Neo-Schumpeterian Simulation ModelsP. Windrum27. Replicator DynamicsJ.S. Metcalfe28. ‘History-Friendly’ Models of Industry EvolutionL. Orsenigo29. Agent-based Modelling: A Methodology for Neo-Schumpetarian EconomicsA. Pyka and G. FagioloPART III: NEO-SCHUMPETERIAN MESO DYNAMICS: EMPIRICS3.1. Measuring Industry Dynamics30. Empirical Tools for the Analysis of Technological Heterogeneity and Change: Some Basic Building Blocks of ‘Evolumetrics’U. Cantner and J.J. Krüger31. Typology of Science and Technology IndicatorsH. Grupp32. Sectoral Taxonomies: Identifying Competitive Regimes by Statistical Cluster AnalysisM. Peneder33. Entropy Statistics and Information TheoryK. Frenken34. A Methodology to Identify Local Industrial Clusters and its Application to GermanyT. Brenner35. Technology Spillovers and their Impact on ProductivityB. Los and B. Verspagen3.2. Case and Industry Studies36. The Japanese System from the Neo-Schumpeterian PerspectiveK. Imai37. Biotechnology IndustriesM. McKelvey38. Telecommunications, the Internet and Mr SchumpeterJ. Krafft39. Innovation in ServicesP. Windrum40. Flexible Labour Markets and Labour Productivity Growth: Is There a Trade-off?A. Kleinknecht and C.W.M. NaastepadPART IV: NEO-SCHUMPETERIAN MACRO DYNAMICS: GROWTH AND DEVELOPMENT4.1. Growth41. Schumpeter and the Micro-foundations of Endogenous GrowthF.M. Scherer42. New Directions in Schumpeterian Growth TheoryE. Dinopoulos and F. Sener43. The Dynamics of Technology, Growth and Trade: A Schumpeterian PerspectiveJ. Fagerberg44. Innovation and EmploymentM. Vivarelli45. Macro-EconometricsJ. Foster4.2. Development46. The Mechanisms of Economic Evolution: Completing Schumpeter’s TheoryR.H. Day47. Innovation and DemandE.S. Andersen48. Long Waves, the Pulsation of Modern CapitalismF. Louçã49. Finance and Technical Change: A Long-term ViewC. Perez50. Long Waves: Conceptual, Empirical and Modelling IssuesG. Silverberg51. Qualitative Change and Economic DevelopmentP.P. Saviotti52. Understanding Economic Growth as the Central Task of Economic AnalysisR.R. NelsonPART V: NEO-SCHUMPETERIAN ECONOMICS AND THE SYSTEMIC VIEW53. Innovation Systems: A Survey of the Literature from a Schumpeterian PerspectiveB. Carlsson54. National Innovation Systems: From List to FreemanB.-Å. Lundvall55. Catching a Glimpse on National Systems of Innovation: The Input–Output ApproachH. Schnabl56. Schumpeter and Varieties of Innovation: Lessons from the Rise of Regional Innovation Systems ResearchP. Cooke and N. Schall57. Fundamentals of the Concept of National Innovation SystemsM. Balzat and H. HanuschPART VI: RESEARCH AND TECHNOLOGY POLICY58. Policy for InnovationJ.S. Metcalfe59. Growth PolicyH. Siebert60. Time Strategies in Innovation PolicyG. Erdmann, J. Nill, C. Sartorius and S. Zundel61. Macroeconomic PolicyH. HanappiPART VII: THE IMPACT OF NEO-SCHUMPETERIAN THINKING ON DIFFERENT FIELDS62. Schumpeter’s Influence on Game TheoryJ. Lesourne63. Transaction Costs, Innovation and LearningB. Nooteboom64. Austrian Economics and InnovationJ.-L. Gaffard65. On Austrian-Schumpeterian Economics and the Swedish Growth School G. Eliasson66. Experimental EconomicsS. Berninghaus and W. Güth 67. Complexity and the EconomyW.B. Arthur68. Self-organization in Economic SystemsP.M. Allen69. Regional Economics and Economic Geography from a Neo-Schumpeterian PerspectiveC. Werker70. A Roadmap to Comprehensive Neo-Schumpeterian EconomicsH. Hanusch and A. PykaIndex